May 10, 2024  
Learning Outcomes Catalog 
    
Learning Outcomes Catalog

Courses


 

Fire Science

  
  • FS 2240 - Wildland Fire Ignition Operations

    Student Learning Outcomes
    1. Identify the relationship of the single resource boss and firing/prescribed fire ignition specialist within the fire organization.
    2. Review an incident action plan/burn plan and identify ignition elements.
    3. List topics that should be discussed in an ignition crew briefing.
    4. Define an ignition pattern, ignition technique, ignition method, ignition sequence, burnout, backfire, and prescribed fire.
    5. Describe the characteristics of commonly used ignition techniques and patterns.
    6. Describe safety hazards associated with specific ignition techniques and patterns.
    7. Describe how environmental factors (fuel, weather, topography) can affect the choice of ignition techniques and patterns, and the overall ignition sequence.
    8. Write an ignition plan incorporating ignition techniques and patterns.
    9. Explain how the ignition sequence and technique affects resultant fire behavior.
    10. Identify four (4) elements that may affect an ongoing firing operation requiring the ignition specialist/ firing boss to make adjustments to the ignition operation.
    11. List five (5) elements that should be considered when critiquing a completed ignition operation.
    12. Review documentation needs or requirements when evaluating ignition operations.
    13. Define the difference between the terms accident and disaster.
    14. List six (6) recognizable stages of a prescribed fire disaster (Turners Model).
    15. Relate a prescribed fire case study to the developmental sequence of six stages associated with a disaster.
    16. Describe adjustments that must be made to ensure the safety of prescribed fire operations.

    Course Description
    This course introduces common firing devices and general firing operations and techniques. The course provides students with important information concerning general tasks required to be successful in firing operations. Finally, the course will prepare students with the skills necessary to participate in firing or prescribed fire operations. Lab fees required for personal protective equipment. National Wildfire Coordination Group Certificates: S-234 Ignition Operations (if the student meets NWCG minimum requirements-identified below).
    Credits: 2
  
  • FS 2292 - Firefighter I & II Lab

    Student Learning Outcomes
    COURSE GOAL
    Upon Completion of this course and the associated theory course the student will gain requisite knowledge and skills meeting National Fire Protection Association (NFPA) 1001 Standard for Fire Fighter Professional Qualifications.

    COURSE OBJECTIVES

    Upon successful completion of this course and the associated lab course the student will have:

    • Demonstrated the requisite knowledge, skills and job performance requirements outlined in the currently adopted version of the NFPA 1001 Standard for Fire Fighter Professional Qualifications Chapter 4 Fire Fighter I.
    • Demonstrated the requisite knowledge, skills and job performance requirements outlined in the currently adopted version of the NFPA 1001 Standard for Fire Fighter Professional Qualifications Chapter 5 Fire Fighter II.

    Course Description
    This is the 90-hour lab portion of the Firefighter I & II course.  The 60-hour theory portion is a required co-requisite. The combination of the two courses are designed to train the student as outlined in the National Fire Protection Association (NFPA) 1001, Standard Fire Fighter Professional Qualifications. These courses do include the state-mandated written and practical exams.  Upon successful completion of both exams the student will be awarded a nationally recognized IFSAC & Proboard certificate.  
    Credits: 2

  
  • FS 2419 - Strategy and Tactics

    Student Learning Outcomes
    COURSE GOAL

    To provide the student with the knowledge of basic fire ground command and control procedures.

    COURSE OBJECTIVES

    The student will be able to:

    1. Create a strategy and implement appropriate tactics.
    2. Possess a working knowledge and execution of ICS/NIMS at the incident.

    COURSE OUTCOMES

    1. Discuss fire behavior as it relates to strategies and tactics.
    2. Explain the main components of pre-fire planning and identify steps needed for a pre-fire plan review.
    3. Identify the basics of building construction and how they interrelate to pre-fire planning and strategy and tactics.
    4. Describe the steps taken during size-up.
    5. Examine the significance of fire ground communications.
    6. Identify the roles of the National Incident Management System (NIMS) and Incident Management System (ICS) as it relates to strategy and tactics.
    7. Demonstrate the various roles and responsibilities in ICS/NIMS.

    Course Description
    This course provides the principles of fire ground control through utilization of personnel, equipment, and extinguishing agents. This course meets the requirements set forth by the Fire and Emergency Services Higher Education (FESHE) Initiative.  
    Credits: 3

  
  • FS 2422 - Fire Behavior and Combustion

    Student Learning Outcomes
    COURSE GOAL

    To provide a general understanding of fire behavior and combustion and how it relates to how fires start, spread and are controlled. 

    COURSE OBJECTIVES

    The student will be able to:

    1. Identify the fundamental theories of fire behavior and combustion.
    2. Differentiate the various types of extinguishing agents.

    COURSE OUTCOMES

    1. Identify physical properties of the three states of matter.
    2. Categorize the components of fire.
    3. Explain the physical and chemical properties of fire.
    4. Describe and apply the process of burning.
    5. Define and use basic terms and concepts associated with the chemistry and dynamics of fire.
    6. Discuss various materials and their relationship to fires as fuel.
    7. Demonstrate knowledge of the characteristics of water as a fire suppression agent.
    8. Articulate non-water based suppression agents and strategies.
    9. Compare methods and techniques of fire extinguishment. 

    Course Description
    This course explores the theories and fundamentals of how and why fires start, spread, and are controlled. This course meets the requirements set forth by the Fire and Emergency Services Higher Education (FESHE) Initiative.  
    Credits: 3

  
  • FS 2530 - Fire Officer 1

    Student Learning Outcomes
    1. Explain the mindset required for assuming the role of a company level fire officer. Identify and describe the requirements for developing effective report writing skills.
    2. Recognize and describe the cultural diversity issues within the fire service and idetify the techniques for effectively managing them.
    3. Identify and describe the supervisor’s responsibility for managing fire service safety and wellness. Identify the supervisory approaches to managing occupational safety and wellness.
    4. Identify and describe the fire officer’s leadership responsibilities for making difficult decisions.
    5. Demonstrate knowledge of fire officer’s role in supervising fire department operations at the company level.
    6. Identify and describe the building code, fire characteristics, and hazard analysis items associated with pre-incident planning.
    7. Identify and describe the fire officer’s role within the Incident Management System as well as the development and application of this system.
    8. Identify and describe the process for developing pre-incident strategic and tactical action plans.
    9. Identify and describe the process of conducting a size-up and determining resource requirements.
    10. Apply the principles of incident action planning during simulated exercises.
    11. Identify and describe the Public Information Officer’s function and role while interfacing with the community and media.

    Course Description
    The objective of this course is to provide entry-level training in company operations and administration at the first-line supervisory level. Upon successful completion of this course the student will be able to find ways to effectively manage human resources; community public relations budgets, reports and planning.
    Credits: 3
  
  • FS 2625 - Fire Officer 2

    Student Learning Outcomes
    1. Identify and describe the relationship between government agencies and the fire service.
    2. Identify and describe the application of effective report writing skills to fire service communications.
    3. Identify and describe the fire officer’s role in human resource management and maximizing personnel performance.
    4. Identify and describe the supervisor’s role in managing affirmative action issues.
    5. Identify and describe the fire officer’s responsibility in the budgetary process.
    6. Identify and describe the principles of supervisor/subordinate interaction while conducting a performance appraisal.
    7. Demonstrate the knowledge of technology systems commonly used for information management. Identify and describe the fire officer’s role in fire & life safety public education.
    8. Identify and describe the fire officer’s role in conducting fire inspections as well as the ability to identify and document hazards and address violations.
    9. Identify and describe the principles of organizational communications and engaging public support.
    10. Identify and describe the stategic planning process for supervision multi-unit response operations.
    11. Identify and describe the strategic planning process as it applies to pre-incident planning and resource deployment during emergency operations.

    Course Description
    This course is structured for the fire officer who is ready to assume a leadership role by moving into the middle management level. This course gives the officer more knowledge of management and supervision so that he/she can make basic evaluations of employee relations and assume a proactive role in their department. This course expands on the knowledge base attained in Fire Officer I.
    Credits: 3
  
  • FS 2640 - Legal Aspects of Emergency Services

    Student Learning Outcomes
    COURSE GOAL

    To provide a general overview of the legal considerations that affect today’s fire service.

    COURSE OBJECTIVES

    The student will be able to:

    1. Analyze Federal, State, and local laws and consensus standards as they pertain to the fire service.

    COURSE OUTCOMES

    1. Define the different types of laws.
    2. Discuss Federal, State, and local laws and liabilities applicable to emergency services.
    3. Explain the purpose of national codes and standards.
    4. Discuss applicable court decisions that have influenced emergency services.
    5. Recognize the legal issues and concerns affecting emergency services.

    Course Description
    This course will address the Federal, State, and local laws that regulate emergency services and include a review of national standards, regulations, and consensus standards. This course meets the requirements set forth by the Fire and Emergency Services Higher Education (FESHE) Initiative.  
    Credits: 3

  
  • FS 2814 - Fire Prevention

    Student Learning Outcomes
    COURSE GOAL

    To provide a general understanding of fire behavior and combustion and how it relates to how fires start, spread and are controlled.

    COURSE OBJECTIVES

    The student will be able to:

    1. Identify laws, codes, ordinances, and regulations as they relate to fire prevention.
    2. Understand code enforcement as it impacts life and property loss.

    COURSE OUTCOMES

    1. Define the national fire problem and role of fire prevention.
    2. Identify and describe fire prevention organizations and associations.
    3. Define laws, rules, regulations, and codes and identify those relevant to fire prevention of the authority having jurisdiction.
    4. Define the functions of a fire prevention bureau.
    5. Describe inspection practices and procedures.
    6. Identify and describe the standards for professional qualifications for Fire Marshal, Plans Examiner, Fire Inspector, Fire and Life Safety Educator, and Fire Investigator.
    7. List opportunities in professional development for fire prevention personnel.
    8. Describe the history and philosophy of fire prevention.

    Course Description
    Prerequisite: Reading & Writing Skills 2 + Math Skills 2 
    This course provides fundamental knowledge relating to the field of fire prevention. Topics include: history and philosophy of fire prevention; organization and operation of a fire prevention bureau; use and application of codes and standards; plans review; fire inspections; fire and life safety education; and fire investigation. This course meets the requirements set forth by the Fire and Emergency Services Higher Education (FESHE) Initiative.  
    Credits: 3

  
  • FS 2815 - Intermediate Wildland Fire Behavior

    Student Learning Outcomes
    1. Identify major fuel categories and be able to illustrate fire behavior activity in each.
    2. Describe primary enviromental factors affecting ignition, fire intensity, and rates of spread.
    3. List and give examples of the three methods of heat transfer.
    4. Describe the behavior of wildland fires in standard fire behavior terminology.
    5. Describe how topography affects fuels and their avalibilty for combustion.
    6. Describe how changes in fuels and topography can provide full and partial barriers to the spread of wildland fires.
    7. Describe how slope percent can be determined or established in the field.
    8. List and describe seven characterisitics of fuels that affect wildland fire behavior.
    9. List and define by size class the four dead fuel timelag categories used to classify fuels.
    10. Describe the fuel model concept.
    11. Define wildland fire behavior characteristics that relate to fireline safety and tactics.
    12. Define wildland fire behavior in the third dimension and list four factors that are responsible for its occurrence.
    13. Describe the inportance of recognizing all factors present in the fire enviroment.
    14. Be able to identify specific fuel species found in New Mexico and their relationship to fire behavior.

    Course Description
    This course is intended to develop the student’s knowledge in wildland fire behavior. This course is based on skills designed to prepare the prospective fireline supervisor to undertake safe and effective fire management operations. Students successfully completing the course will receive one National Wildfire Coordination Group (NWCG) certificate: S-290 Intermediate Wildland Fire Behavior.
    Credits: 2
  
  • FS 2820 - Wildland Leadership

    Student Learning Outcomes
    Student Learning Outcomes

    1. Explain the concepts surrounding human performance in high-risk work environments.
    2. Discuss human performance concepts using a common vocabulary.
    3. Communicate to firefighters their professional responsibilities to address human performance issues while of the job.
    4. Define the role of a leader and explain motivation for wanting to be a leader.
    5. Initiate a leadership self-development plan. Identify three leadership values.
    6. Identify common leadership pitfalls and develop strategies to avoid them.
    7. Use past fatality fires as a learning tool to help fireline tactical decision-makers.
    8. Apply tactically, resources to suppress a scenario based wildland fire.
    9. Apply organizational leadership skills and tools to develop sound practices and techniques.

    Course Description
    This course will provide students with the tools necessary to gain skill to be an effective leader on the fire line. The course will also improve awareness of human performance issues on the fire line so that individual firefighters can integrate more effectively into teams/crews.
    Credits: 3
  
  • FS 2825 - Wildland Fire Advanced Firefighter Development

    Student Learning Outcomes
    1. Properly document the appropriate information during fire suppression activities.
    2. Describe how to incorporate and maintain open lines of communication with all appropriate fire suppression personnel.
    3. Apply LCES (Lookouts, Communications, Escape Routes and Safety Zones) to fireline tactics.
    4. Identify two common types of pumps.
    5. Decribe the differnece between two stroke and four stroke engines.
    6. Identify various pieces of pump equipment used in the delivery system.
    7. Describe the ICS criteria for typing aircraft.
    8. Describe safety procedures to be followed while flying in or working around aircraft.
    9. Describe tactical and logistical uses of aircraft.
    10. Successfully participate in and complete competency based evaluation on aircraft and water and pump use.
    11. Students will successfully complete several Tactical Decision Games using Sand Table Exercises that will improve their decision making capabilities.

    Course Description
    This course will prepare students with the skills and knowledge necessary to function as an entry level supervisor on the fireline. Students will gain detailed information pertaining to air operations, use of portable pumps, hose lays and will become proficient in the use of fireline reference materials. To successfully pass this course, students must participate in several competency based evaluations, exercises and Tactical Decision Games using Sand Table Exercises. Lab fees required for personal protective equipment. Students successfully completing the course will receive three National Wildfire Coordination Group (NWCG) certificates: S-270 Basic Air Operations, S-211 Water and Pumps and S-131 Advanced Firefighter.
    Credits: 3
  
  • FS 2830 - Wildland Urban Interface Awareness and Strategies

    Student Learning Outcomes
    1. Provide the student with the skills and knowledge to size-up a wildland urban interface fire incident.
    2. Identify the value of the Incident Command System as an effective tool to manage interface fires.
    3. Describe items to consider when sizing-up and interface fire, proir to and after arriving on scene.
    4. Describe three operational modes.
    5. Describe the three strcuture triage categories.
    6. List four conditions that may indicate a structure cannot be saved.
    7. Identify support resources used in the urban interface.
    8. Describe firing operations used in the urban interface.
    9. Develop an action plan and implement using Sand Table Exercises.

    Course Description
    This course will provide students with the skills necessary to triage and safely engage wildland fires in the wildland urban interface. Students will learn the tools necessary to evaluate, protect, and assess unique hazards. This course will be taught as a hybrid course. In addition, students will meet several times during a semester to participate in Tactical Decision Games/Sand Table Exercises. National Wildfire Coordination Group Certification Standards: Students must be qualified as a Firefighter Type 1 to receive a certificate for this course.
    Credits: 3
  
  • FS 2997 - Independent Study

    Student Learning Outcomes
    • To be determined on an individualized basis

    Course Description
    Focuses on a specific problem working with an instructor.
    Credits: 1-6
  
  • FS 2999 - Fire Science Capstone Course

    Student Learning Outcomes
    COURSE GOAL
     
    For students to reflect on their learning while in the Fire Science Program and to create a professional portfolio that will help them compete in the workforce.  
     
    COURSE OBJECTIVES
     
    KNOWLEDGE
    The student will be able to:
    • Apply knowledge of professional behaviors and characteristics to safely perform their jobs in the Fire Service.
    • Create a comprehensive review of his/her coursework while in the Fire Science Program at C.N.M.
    • Create a professional portfolio that they may later use to apply for employment. 
     
    SKILLS
    The student will be able to:
    • Create a resume that could be used for job applications upon program completion. 
    • Summarize a portion of their learning and course work while in the Fire Science Program.
    • Reflect on areas of their learning that was most meaningful to them. 

    Course Description
    Preparation of a professional portfolio that demonstrates student’s mastery of technical and core competencies. (Taken during student’s last term)
    Credits: 3

Fitness Technician

  
  • EXSC 1160 - IM Group Exercise

    Student Learning Outcomes
    1. Demonstrate knowledge of the theoretical bases underlying physical fitness
    2. Demonstrate ability to plan, organize and instruct group exercise classes with positive effect on the various components of fitness.
    3. Organize and instruct fitness classes with an emphasis on efficacy, safety and injury prevention, as wellas motivation and adherence
    4. Describe the physiological mechanisms underlying improvement in physical fitness
    5. Identify modes of activity for the development of physical fitness
    6. Describe the exercise intensity, frequency, duration and progression required to elicit a positive training effect
    7. Design and teach fitness classes such as: step aerobics, kickboxing, resistance training and corestrengthening

    Course Description
    This course covers the theoretical bases underlying physical fitness and instruction techniques for fitness development in group classes. Emphasis is on hands-on learning of methods for leading a group exercise class, including visual and auditory cues, dance routines and patterns. Students learn to design and teach fitness classes in bench step, aerobics, kickboxing, resistance training and core strengthening. This class also covers adherence and motivation to exercise. Current trends in exercise class modes and formats are examined. Safety and injury prevention are emphasized.
  
  • EXSC 1180 - IM Training Techniques Review

    Student Learning Outcomes
    1. Demonstrate safe and proper exercise and spotting techniques
    2. Demonstrate an understanding of the muscle groups utilized relative to the exercises performed
    3. Demonstrate an understanding of basic principles of biomechanics and how they apply to exercise and postural alignment.
    4. Recommend and/or modify a safe and effective exercise program for individual clients

    Course Description
    This course reviews essential personal training and group fitness techniques relevant to national personal training certification exams and practical application. Topics include postural alignment, biomechanics, proper spotting techniques, and exercise recommendations/modification.
  
  • EXSC 2110 - Exercise Physiology

    Student Learning Outcomes
    1. Describe the basic anatomy and physiology of the muscular, nervous, endocrine, cardiovascular, and respiratory systems
    2. Differentiate between the aerobic and anaerobic energy systems and the effects of acute and chronic exercise on each
    3. Explain how to measure energy expenditure and what causes fatigue during exercise
    4. Identify expected cardiorespiratory responses associated with postural changes, acute physical exercise, and adaptations resulting from long-term exercise training
    5. Identify the normal chronic physiological adaptations associated with cardiovascular exercise and resistance training
    6. Explain general principles of exercise training
    7. Describe physiological responses to exercising in hot and cold environments
    8. Describe physiological responses to exercising at altitude
    9. Identify ways to optimize training and minimize overtraining 

    Course Description
    A survey of scientific principles, methodologies, and research as applied to exercise and physical fitness. The emphasis is on physiological responses and adaptations to exercise. Basic elements of anatomy and physiology are also included.
    Credits: 3
  
  • EXSC 2120 - Structural Kinesiology

    Student Learning Outcomes
    1. Demonstrate knowledge of the theoretical and applied principles underlying human movement
    2. Design scientifically founded training programs
    3. Demonstrate knowledge of muscles, including insertion and origin
    4. Describe different types of muscle contractions

    Course Description
    Students learn about anatomy, kinesiology and biomechanics as they relate to sport and exercise. Special attention is focused on the practical implications of human movement and how they relate to developing scientifically based exercise programs.
  
  • EXSC 2150 - Prevention and Care Exercise Injury

    Student Learning Outcomes
    1. Design, implement and evaluate injury-free exercise sessions
    2. Recognize and care for common exercise injuries and physical conditions
    3. Describe psychological considerations in injury prevention and rehabilitation
    4. Recognize challenging environmental conditions

    Course Description
    Methods for the injury-prevention design of exercise settings and exercise programs. Students explore the use of physical conditioning techniques to prevent injury and discuss current exercise fads and myths that promote injury. The course presents methods for injury recognition and evaluation, the on-site care of exercise injuries, and emergency procedures. May be taken twice for degree or certificate credit. Must have certifications in CPR and first aid.
  
  • EXSC 2160 - Fitness & Exercise Testing

    Student Learning Outcomes
    1. Describe and follow the guidelines of the ACSM on exercise testing
    2. Solve metabolic calculations
    3. Structure and conduct tests of cardiorespiratory fitness, muscular strength, muscular power andmuscular endurance, flexibility, body composition, functional fitness and pulmonary capacity, as wellas interpretation of test results.
    4. Communicate effectively with the test subject
    5. Calibrate, maintain exercise testing equipment
    6. Demonstrate appropriate safety procedure

    Course Description
    Techniques for conducting safe and sound physical fitness assessments. Tests for assessing cardiorespiratory fitness, muscular strength, power and endurance, flexibility, body composition, functional fitness and pulmonary capacity are included. Metabolic calculations and conversations are explained, as well as safety guidelines and equipment use and maintenance.
  
  • FITT 1096-1996 - Special Topics

    Student Learning Outcomes
    • To be determined based on course topic

    Course Description
    Presents various topics.
    Credits: 1-6
  
  • FITT 2020 - Fundamentals of Yoga Instruction

    Student Learning Outcomes
    1. Provide entry-level yoga instruction.
    2. Describe typical yoga positions for a beginning yoga class.
    3. Advise yoga participants on how to improve their technique.

    Course Description
    Introduces the basics of yoga instruction. This course incorporates both theory concepts and yoga participation.
    Credits: 2
  
  • FITT 2096-2996 - Special Topics

    Student Learning Outcomes
    • To be determined based on course topic

    Course Description
    Presents various topics.
    Credits: 1-6
  
  • HLED 1130 - Concepts of Health & Wellness

    Student Learning Outcomes
    1. Demonstrate the ability to make evidence-based decisions regarding health and wellness practices.
    2. Demonstrate the ability to engage in various forms of health-related fitness activities and discussappropriate modifications to such activities to account for individual differences.
    3. Evaluate their current behavior and differentiate between health enhancing and health limitingbehaviors.
    4. List some approaches to successful stress management.
    5. Demonstrate knowledge of appropriate behavior change strategies.
    6. Demonstrate knowledge of the “Seven Dimensions of Wellness” (physical, emotional, intellectual,interpersonal, spiritual, environmental, and financial).
    7. Identify nutritional requirements and components of a healthy diet.

    Course Description
    Introduces the student to the “Seven Dimensions of Wellness” (physical, emotional, intellectual, interpersonal, spiritual, environmental, and financial). This course addresses topics including fitness, exercise, nutrition, stress management and chronic lifestyle-related diseases.
  
  • HLED 1160 - Stress Management

    Student Learning Outcomes
    At the conclusion of this course, the student should be able to:

    1. Define the physiological effects of stress on the body
    2. Define the effects of stress on the immune system
    3. Explain the causes and effects of stress-eating
    4. Apply stress management techniques to enhance emotional, Intellectual, social and environmental wellness

    Course Description
    Introduces students to the pathophysiology of stress. Emphasis will be placed on the detrimental effects of stress on the body, as well as on the impact of stress-eating on the body. A variety of stress management techniques will be explored to promote enhanced well-being.
    Credits: 3
  
  • HLED 1170 - Fitness Concepts for Special Populations

    Student Learning Outcomes
    1. Explain the federal law mandating services for students with disabilities.
    2. Describe the characteristics of individuals with disabilities or with special needs.
    3. Identify the benefits of physical education for individuals with special populations.
    4. Explain how to apply appropriate activities such as; cardiovascular endurance, strength andmuscular endurance, and flexibility programs for individuals with special needs.
    5. Define and explain the concept of inclusion.
    6. Differentiate the developmental levels of functioning from which to plan physical activities forindividuals with special needs.
    7. Distinguish between the indicated and contraindicated activities for a variety of disabling conditions.
    8. Explain the importance and value of a positive self-concept and emotional well-being related to thediversity of special populations.
    9. Write an appropriate individual educational program (IEP) with someone with special needs.
    10. Describe and explain the public issues, organizations and opportunities concerning those with special needs.

    Course Description
    This course is designed to provide knowledge and skills needed to work with individuals with a variety of disabilities and the effects these disabilities have on their performance in physical education.
  
  • HLED 1225 - Weight Management and Exercise

    Student Learning Outcomes
    At the conclusion of this course, the student should be able to:

    1. Describe the ACSM physical activity guidelines and associated health benefits
    2. Explain the impact of diet and exercise on weight management
    3. Apply principles of behavior modification to weight management
    4. Recall general dietary guidelines as they relate to personal nutrition
    5. Effectively use a step counter/ pedometer to track physical activity
    6. Explain the causes and effects or emotional eating
    7. Describe ways to increase lean body mass

    Course Description
    A class designed to assist in body fat loss through adequate nutrition, physical activity, and behavior modification. Emphasis is placed on developing an exercise routine for weight management using a step counter/pedometer. Healthy ways to increase lean body mass will be explored.
  
  • PHED 1230B - Individual Sport: Beginning Bowling

    Student Learning Outcomes
     

    1. Demonstrate appropriate safety practices during game play.
    2. Define the rules, terminology and etiquette of bowling.
    3. Demonstrate the four-step approach and proper ball delivery.
    4. Explain spare and strike positions.
    5. Demonstrate understanding of scoring techniques.
    6. Demonstrate correct care of equipment.

    Course Description
    Provides instruction in the basic principles and skills of bowling which include the four-step approach, grip, delivery, and scoring. Spare and strike position strategies, ball control techniques will be emphasized. Students will learn care of equipment for bowling, safety, rules, and etiquette.
  
  • PHED 1410A - Yoga: Beginning Yoga

    Student Learning Outcomes
    1. Demonstrate and name various beginning yoga poses. 
    2. Define basic yoga terminology. 
    3. Demonstrate proper breathing techniques. 
    4. Demonstrate an improvement in flexibility, strength, coordination, balance, and posture. 
    5. Explain the benefits of yoga as a practice and as an exercise. 
    6. Demonstrate an understanding of how yoga affects our personal well-being. 
    Course Description
    An introduction to yoga and yoga movements. Students explore various concepts and fundamentals of yoga while also learning about the history of the practice. 
  
  • PHED 1430 - Pilates

    Student Learning Outcomes
    1. Demonstrate an understanding of the philosophy and history of Joseph Pilates. 
    2. Demonstrate the ability to perform Pilates-style movements. 
    3. Identify neutral spine. 
    4. Demonstrate flowing movement to increase muscular endurance. 
    5. Apply correct postural alignment and breath-control. 

     


    Course Description
     Designed to introduce students to movements and breathing patterns based on techniques developed by Joseph Pilates. Students will learn how to develop core strength, stability, muscle tone, proper body alignment, flexibility, balance, and coordination and how to facilitate relaxation. Emphasis is placed on proper breathing patterns as well as the flow of the movements. 

  
  • PHED 1460 - Conditioning: Personal Fitness

    Student Learning Outcomes
    1. Understand the need to construct a basic workout regimen, including mobility/warm-up and stretching/cool-down exercises
    2. Understand the basic concepts of good nutrition and its importance in physical health
    3. Participate in a personalized fitness exercises regimen and perform selected fitness measures at a
    satisfactory level.
    Course Description

    This course provides those entering a criminal justice profession with a comprehensive fitness program to develop the skills and physical conditioning that are necessary to meet the requirements for satisfactory performance within the career field.
  
  • PHED 1510A - Training: Circuit Training

    Student Learning Outcomes
    1. Demonstrate proper resistance training techniques for a given exercise.
    2. Demonstrate an understanding of circuit training and how it relates to physical fitness.
    3. Develop a personal circuit fitness plan, including warmup and flexibility exercises.
    4. Evaluate aerobic fitness and muscular strength.
    5. Demonstrate knowledge of the primary muscles used in different exercises.
    Course Description
    Combines strength and aerobic training to provide a total body workout, alternating aerobic exercise with the use of a variety of strength-training modalities. Weight training exercises are performed consecutively to tone and strengthen major muscle groups.
  
  • PHED 1510B - Training: Body Sculpting

    Student Learning Outcomes
    1. Demonstrate various core exercises, body alignment, and routines. 
    2. Identify major muscle groups, their function and how they relate to the various body sculpting activities. 
    3. Differentiate between muscular endurance, muscular strength and power movements. 
    4. Interpret fitness assessment and apply results to personal fitness goals. 
    5. Explain safe and effective exercises and techniques for injury prevention.

     


    Course Description
    Designed for individuals to achieve aerobic fitness and muscular endurance, focusing on correct body alignment and exercise technique. Emphasis will be placed on core strengthening. 

  
  • PHED 1510D - Training: Resistance Training

    Student Learning Outcomes

    1. Demonstrate correct form for safety. 
    2. Demonstrate a variety of resistance training techniques. 
    3. Define the various types of muscular fitness. 
    4. Identify the benefits of warm-up and cool-down. 
    5. Match various resistance training exercises with the major muscles involved. 
    6. Demonstrate an understanding of how to improve muscle strength and endurance. 
    7. Monitor progress of muscular strength and endurance. 

     


    Course Description
    Designed to develop basic resistance training fundamentals to achieve personalized fitness goals. Students will learn to design and implement a resistance training program tailored to individualized fitness goals and needs. This course focuses on resistance training as it pertains to the female anatomy and physiology.

  
  • PHED 1510E - Training: Kickboxing

    Student Learning Outcomes
     

    1. Identify the major muscle groups, their function and how they relate to the various cardio kickboxing activities while demonstrating proper punching and kicking mechanics. 
    2. Demonstrate an understanding between muscular endurance, muscular strength and power movements. 
    3. Identify different muscles and their associated movements as they relate to kickboxing. 

     


    Course Description
    Designed for students who desire to increase cardiovascular fitness, flexibility, and muscular endurance in an aerobic format utilizing kicking, jumping, and boxing movements. Emphasis will be on safe exercise progression and technique in a format utilizing aerobic kickboxing. 
    Credits: 1

  
  • PHED 1830 - Running: Running for Fitness

    Student Learning Outcomes

    1. Explain the health benefits of running as it relates to an overall fitness program and daily life. 
    2. Understand and define the physiologic responses and benefits of running such as increased heart rate (Target Heart Rate) as it relates to overall health. 
    3. Perform the basic skills of running such as long distance and interval training. 
    4. Develop and practice a training plan using the idea of Periodization. 
    5. Understand the risk prevention and treatments of running and training injuries. 
    6. Demonstrate the understanding and importance of proper footwear, clothing, hydration, nutrients, and caloric requirements for training. 

     


    Course Description
    Provides instruction in the fundamental skills of running to improve cardiovascular fitness, increase flexibility, develop endurance, and introduce students to the physiologic responses of the body to running. Cardiovascular workout strategies, injury prevention, safety factors, health issues and the components of fitness will be examined.


French

  
  • FREN 1110 - French I

    Student Learning Outcomes
    1. Students can communicate and exchange information about familiar topics using phrases and simple sentences, sometimes supported by memorized language.
    2. Students can usually handle short social interactions in every day situations by asking and answering simple questions.
    3. Students can write short messages and notes on familia rtopics related to everyday life.
    4. Students can often understand words, phrases, and simple sentences related to everyday life.
    5. Students can recognize pieces of information and sometimes understand the main topic of what is being said.
    6. Students can understand familiar words, phrases, and sentences within short and simple texts related to everyday life.
    7. Students cans sometimes understand the main idea of what they have read.
    8. Students can identify beliefs, behaviors and cultural artifacts of the French-speaking world.
    9. In English,students will engage with social issues confronting the French-speaking world to develop their sense of personal and social responsibility.

    Course Description
    Intended for students with no previous exposure to French, this course develops basic listening, speaking, reading, and writings kills aiming toward the ACTFL novice-high level.  This is an introductory course designed to teach the student to communicate in French in everyday situations and to develop an understanding of French and Francophone cultures through the identification of cultural products and practices, of cultural perspectives, and the ability to function at a survival level in an authentic cultural content.  This course will also develop the student’s sense of personal and social responsibility through the identification of social issues.
  
  • FREN 1120 - French II

    Student Learning Outcomes
    1. Students can participate in conversations on a number of familiar topics using simple sentences.
    2. Students can handle short social interactions in everyday situations by asking and answering simple questions.
    3. Students can write briefly about most familiar topics and present information using a series of simple sentences.
    4. Students can understand the main idea in short, simple messages and presentations on familiar topics.
    5. Students can understand the main idea of simple conversations that they overhear.
    6. Students can understand the main idea of short and simple texts when the topic is familiar.
    7. Students can describe and make comparisons between decisions about beliefs, behaviors and cultural artifacts of the French-speaking world.
    8. Students will engage with social issues confronting the French-speaking world to continue to develop their sense of personal and social responsibility.

    Course Description
    A continuation of French I, Students will develop a broader foundation in skills gained during the first semester, including understanding, speaking, reading, and writing French aiming towrds the ACTFL intermediate-low level.  This course is designed to increase student fluency in French and Francophone products, practices, and perspectives, identifying common cultural patterns, describing basic cultural viewpoints, and further developing their sense of personal and social responsibility thhrough the investigation of cultural issues.
  
  • FREN 1130 - French Conversation

    Student Learning Outcomes
    1. Students can communicate and exchange information about familiar topics using phrases and simple sentences, sometimes supported by memorized language.
    2. Students can usually handle short social interactions in everyday situations by asking and answering simple questions.
    3. Students can write short messages and notes on familiar topics related to everyday life.
    4. Students can often understand words, phrases, and simple sentences related to everyday life.
    5. Students can recognize pieces of information and sometimes understand the main topic of what is being said.
    6. Students can understand familiar words, phrases, and sentences within short and simple texts related to everyday life.
    7. Students can sometimes understand the main idea of what they have read.
    8. Students can demonstrate connections between beliefs, behaviors and cultural artifacts of the French-speaking world and make informed cross-cultural comparisons to develop their sense of personal and social responsibility.

    Course Description
    Provides students with practice in speaking French at a beginning level. It is designed to give students basic conversational skills while reviewing previously studied structures and vocabulary. The main focus is to provide students with the confidence and language necessary to get along in French-speaking environment, as well as expose them, in a more in-depth way, to various aspects of Francophone culture.
  
  • FREN 2110 - French III

    Student Learning Outcomes
    1. Students can participate in conversations on familiar topics using sentences and series of sentences.
    2. Students can engage in short social interactions in everyday situations by asking and answering a variety of questions. Students can usually say what they want to say about themselves and their everyday life.
    3. Students can write on a wide variety of familiar topics using connected sentences.
    4. Students can understand the main idea in messages and presentations on a variety of topics related to everyday life and personal interests and studies.
    5. Students can understand the main idea of conversations that they overhear.
    6. Students can understand the main idea of texts related to everyday life and personal interests or studies.
    7. Students can analyze beliefs, behaviors and cultural artifacts of the French-speaking world, and discuss the nature and value of French and Francophone products, practices, and perspectives.
    8. Students will engage with social issues confronting the French-speaking world to continue to develop their sense of personal and social responsibility.

    Course Description
    In this third semester course, students will continue to develop a broader foundation in skills gained during the first year, including understanding, speaking, reading and writing French aiming toward the ACTFL intermediate-mid level. This course is designed to teach the student to communicate in a more sustained way in areas of personal interest and in everyday situations. Students will engage in and analyze various French and Francophone products, practices, and perspectives, as well as continue to develop their sense of personal and social responsibility through comparison and contrast of cultural perspectives.
  
  • FREN 2120 - French IV

    Student Learning Outcomes
    1. Students can participate with ease and confidence in conversations on familiar topics. They can usually describe people, places, and things. They can usually talk about events and experiences in various time frames.
    2. Students can handle social interactions in everyday situations, sometimes even when there is an unexpected complication.
    3. Students can write about topics related to school, work, and community in a generally organized way. They can write some simple paragraphs about events and experiences in various time frames.
    4. Students can easily understand the main idea in messages and presentations on a variety of topics related to everyday life and personal interests and studies.
    5. Students can usually understand a few details of what I overhear in conversations, even when something unexpected is expressed. The student can sometimes follow what they hear about events and experiences in various time frames.
    6. Students can understand the main idea of texts with topics related to everyday life, personal interests, and studies, as well as sometimes follow stories and descriptions about events and experiences in various time frames.
    7. Students can analyze beliefs, behaviors and cultural artifacts of the French-speaking world, and recognize and discuss the representations and controversies of French and Francophone products, practices, and perspectives.

    Course Description
    In this fourth semester course, students will continue to broaden and refine skills gained during previous semesters, including understanding, speaking, reading and writing French aiming at the ACTFL intermediate-high level. This course is designed to teach the student to communicate in a more sustained way in situations that go beyond the everyday. Students will evaluate various French and Francophone products, practices, and create ways to demonstrate their sense of personal and social responsibility through participation in cultural interaction.
  
  • FREN 2996 - Special Topics

    Student Learning Outcomes
     

    • To be determined based on course topic

    Course Description
    Presents various topics.
    Credits: 3

General Education (non-credit)

  
  • GECK 0500 - Computer Keyboarding

    Student Learning Outcomes
    1. Name the hardware parts of the computer and be able to describe their basic function.
    2. Use, understand, and apply terms and concepts specific to computers.
    3. Develop keyboarding skills and be able to type 20 words per minute.
    4. Use the computer to create, name, save, and maintain files.
    5. Be able to cut, copy, and paste from one document to another in a word processing program.
    6. Be able to insert, hard return, space, backspace, highlight and delete in a word processing program.
    7. Create, attach, send, and open attachments.
    8. Access and use online tutorials and instructional websites related to the high school equivalency exam.
    9. Create an account online for the high school equivalency exam; register online for the computer-based exam.
    10. Review items that can be seen on the exam that are computer based, including formula sheets, symbol selectors, item review screens, drag and drop, drop down selections, fill-in-the-blank questions.
    11. Perform calculations relevant to the computer-based high school equivalency exam using the Online Calculator TX 30xs.
    12. Access and function in the MS Windows environment.
    13. Set up an electronic mail account and be able to send and receive electronic mail.

    Course Description
    Computer Keyboarding provides instruction in computer skills and prepares students for the computer-based high school equivalency exams. Satisfactory completion is indicated by the ability to type 20 words per minute, send electronic messages, compose, edit and print within a word processing program, and operate within the Windows environment.
    Credits: 0
  
  • GELA 0500 - Multi-level Language Arts

    Student Learning Outcomes
    1. Know and apply grade-level phonics and word analysis skills in decoding words.
    2. Read with sufficient accuracy and fluency to support comprehension.
    3. Determine the main idea of a text and explain how it is supported by key details; summarize the text.
    4. Determine the meaning of words and phrases as they are used in a text.
    5. Compare and contrast the overall structure (such as chronology, comparison, cause/effect, problem/solution) of events, ideas, concepts, or information in two or more texts.
    6. Interpret information presented in different media or formats (such as charts, graphs, diagrams, time lines, animations, or interactive Web pages).
    7. Integrate information from several texts on the same topic in order to write about the subject knowledgeably.
    8. Write opinion pieces on topics or texts, supporting a view with reasons and information.
    9. Write informative texts to examine a topic and convey ideas clearly.
    10. Produce clear and coherent writing in which the development and organization are appropriate to task, purpose, and audience.
    11. Use technology, including the Internet, to produce and publish writing.
    12. Conduct short research projects that use several sources to build knowledge through investigation of different aspects of a topic.
    13. Draw evidence from literary or informational texts to support analysis, reflection, and research.
    14. Demonstrate command of the conventions of standard English grammar and usage when writing.
    15. Demonstrate command of the conventions of standard English capitalization, punctuation, and spelling when writing.
    16. Use knowledge of language and its conventions when reading or writing.
    17. Determine the meaning of unknown and multiple-meaning words and phrases.
    18. Demonstrate understanding of figurative language, word relationships, and nuances in word meanings. A
    19. cquire and use accurately level appropriate general academic and domain-specific words and phrases.

    Course Description
    This course is for students preparing for the high school equivalency exams. Emphasis is placed on improving reading and writing skills while studying the content areas of social studies, science, literature, and technical/workplace subjects. Informational texts will be used for approximately 75% of this course, with equal time spent on social studies, science, and technical/workplace topics. A minor theme of literature will be included. A multi-level approach to teaching, accommodating students from 4th to 12th grade reading levels, will be taken as needed.
    Credits: 0
  
  • GELA 0550 - Language Arts I

    Student Learning Outcomes
     

    1. Know and apply grade-level phonics and word analysis skills in decoding words.
    2. Read with sufficient accuracy and fluency to support comprehension.
    3. Determine the main idea of a text and explain how it is supported by key details; summarize the text.
    4. Determine the meaning of words and phrases as they are used in a text.
    5. Compare and contrast the overall structure (such as chronology, comparison, cause/effect, problem/solution) of events, ideas, concepts, or information in two or more texts.
    6. Interpret information presented in different media or formats. Integrate information from several texts on the same topic in order to write about the subject knowledgeably.
    7. Write opinion pieces on topics or texts, supporting a view with reasons and information.
    8. Write informative texts to examine a topic and convey ideas clearly.
    9. Produce clear and coherent writing in which the development and organization are appropriate to task, purpose, and audience.
    10. Use technology, including the Internet, to produce and publish writing.
    11. Conduct short research projects that use several sources to build knowledge through investigation of different aspects of a topic.
    12. Gather relevant information from print and digital sources; summarize or paraphrase information in finished work, and provide a list of sources.
    13. Draw evidence from literary or informational texts to support analysis, reflection, and research.
    14. Demonstrate command of the conventions of standard English capitalization, punctuation, and spelling when writing.
    15. Use knowledge of language and its conventions when reading or writing.
    16. Determine the meaning of unknown and multiple-meaning words and phrases.
    17. Demonstrate understanding of figurative language, word relationships, and nuances inword meanings.
    18. Acquire and use accurately level appropriate general academic and domain-specific words and phrases.

    Course Description
    This is a low intermediate level reading and writing course. It includes reading practice in constructing meaning from both life skills and prose selections, with an emphasis on vocabulary development. Also provides writing practice with a variety of language usage activities including mechanics, sentence formation, and paragraph development.
    Credits: 0
  
  • GELA 0750 - Language Arts II

    Student Learning Outcomes
     

    1. Cite specific textual evidence to support logical inferences or conclusions from reading.
    2. Determine a theme or central idea of a text and how it is conveyed through particular details.
    3. Determine the words and phrases as they are used in text, including figurative, connotative, and technical meanings.
    4. Analyze how a particular sentence, paragraph, chapter, or section fits into the overall structure of a text and contributes to the development of the ideas.
    5. Identify aspects of a text that reveal an authors point of view or purpose.
    6. Integrate information presented in different media or formats (such as charts, graphs, photographs, videos, or maps).
    7. Delineate and evaluate the argument and specific claims in a text, assessing whether the reasoning is sound and the evidence is relevant and sufficient.
    8. Analyze a case in which two or more texts provide conflicting information on the same topic and identify where the texts disagree on matters of fact or interpretation.
    9. Write arguments to support claims with clear reasons and relevant evidence.
    10. Write informative/explanatory texts to examine a topic and convey ideas.
    11. Produce clear and coherent writing in which the development, organization, and style are appropriate to task, purpose, and audience.
    12. Develop and strengthen writing as needed by planning, revising, editing, rewriting, or trying a new approach.
    13. Gather relevant information from multiple print and digital sources, using search terms effectively.
    14. Draw evidence from literary or informational texts to support analysis, reflection, and research.
    15. Demonstrate command of the conventions of standard English grammar and usage when writing.

    Course Description
    Provides reading and writing instruction at the high intermediate level in preparation for the HSE exams. Introduces reading in science, social studies, and literature. Includes practice in comprehension, application, analysis, and synthesis. Writing includes the study of sentence and paragraph structure, usage, language mechanics, and organization. Introduces the HSE essay.
    Credits: 0
  
  • GELA 0950 - Language Arts III

    Student Learning Outcomes
     

    1. Write arguments to support claims in an analysis of substantive topics or texts, using valid reasoning and relevant and sufficient evidence.
    2. Write informative/explanatory texts to examine and convey complex ideas, concepts, and information clearly and accurately through effective selection, organization, and analysis of content. (This includes narration of historical events, scientific procedures/experiments, or technical processes).
    3. Produce clear and coherent writing in which the development, organization, and style are appropriate to task, purpose, and audience.
    4. Develop and strengthen writing as needed by planning, revising, editing, rewriting, or trying a new approach, focusing on addressing what is most significant for a specific audience and purpose.
    5. Use technology, including the Internet, to produce, publish, and update individual or shared writing products, taking advantage of technologys capacity to link to other information flexibly and dynamically.
    6. Conduct short as well as more sustained research projects to answer a question or solve a problem.
    7. Gather relevant information from multiple authoritative print and digital sources, using advanced searches effectively.
    8. Draw evidence from literary or informational texts to support analysis, reflection, and research.
    9. Demonstrate command of the conventions of standard English grammar and usage when writing.
    10. Demonstrate command of the conventions of standard English capitalization, punctuation, and spelling when writing.
    11. Determine or clarify the meaning of unknown and multiple-meaning words and phrases, choosing flexibly from a range of strategies.
    12. Acquire and use accurately general academic and domain-specific words and phrases, sufficient for reading and writing at the 12th grade level or above (college and career readiness level).
    13. Read closely to determine what the text says explicitly and to make logical inferences from it.
    14. Determine a theme/central idea of a text and analyze in detail its development over the course of the text.
    15. Determine the meaning of words and phrases as they are used in a text, including figurative, connotative, and technical meanings.
    16. Analyze in detail how an authors ideas or claims are developed and refined by particular sentences, paragraphs, or larger portions of a text.
    17. Determine an authors point of view or purpose in a text and analyze how an author uses rhetoric to advance that point of view or purpose.
    18. Integrate quantitative or technical analysis (such as charts, research data) with qualitative analysis in print or digital text.
    19. Delineate and evaluate the argument and specific claims in a text, assessing whether the reasoning is valid and the evidence is relevant and sufficient.
    20. Analyze seminal US documents of historical and literary significance (such as Washingtons Farewell Address, the Gettysburg Address, and Roosevelts Four Freedoms Speech, Kings Letter from Birmingham Jail), including how they address related themes and concepts.

    Course Description
    This course is for students preparing for the high school equivalency exam. Emphasis is placed on improving reading and writing skills while studying the content areas of social studies, science, literature, and technical/workplace subjects. Informational texts will be used for approximately 75% of this course, with equal time spent on social studies, science, and technical/workplace topics. A minor theme of literature will be included. Students will practice reading at or above the 9–12th grade levels during the term.
    Credits: 0
  
  • GEMA 0450 - Math Fundamentals

    Student Learning Outcomes
    1. Do simple measurements with a ruler, yardstick, or tape measure.
    2. Add and subtract three-digit positive whole numbers with carry or borrow.
    3. Multiply and divide numbers with whole number results.
    4. Identify simple fractions (e.g., halves, thirds, fourths, eights, sixteenths).
    5. Interpret and use information contained in simple (one dimension of classification) charts, graphs, tables, and maps.
    6. Identify patterns within figures (e.g., What is the next shape in the pattern).
    7. Determine appropriate single operations from word problems.
    8. Figure out simple number patterns.
    9. Understand and use decimal place value to the thousandth place.
    10. Read and write decimal numerals (to the thousandth place).
    11. Round off decimal numerals.
    12. Order decimals including number line(Q.1.a).
    13. Understand and use decimal place value.
    14. Compare and order decimal numerals, and use symbols of inequality.
    15. Add and subtract decimals.
    16. Multiply and divide decimals.
    17. Order Fractions including number line.
    18. Add and subtract fractions with common denominators. Interpret charts, graphs, and tables.
    19. Understand both the metric and SAE Measuring systems.
    20. Define Basic Geometry concepts.
    21. Define Basic Algebra concepts.

    Course Description
    Reviews the language and basic concepts of math as they relate to addition, subtraction, multiplication and division using whole numbers and decimals.
    Credits: 0
  
  • GEMA 0500 - Multi-level Math

    Student Learning Outcomes
     

    1. Review basic number operations.
    2. Demonstrate the ability to calculate fractions.
    3. Demonstrate the ability to calculate decimals.
    4. Demonstrate the ability to calculate percentages.
    5. Demonstrate knowledge of algebra and geometry concepts.
    6. Analyze data in graphs and tables.
    7. Create graphs and tables.
    8. Work with word problems that are relevant to the GED.

    Course Description
    Math review: number theory, word problems, fractions, decimals, percents, proportions, measurement, geometry introduction, algebra introduction, data analysis.
    Credits: 0
  
  • GEMA 0550 - Decimals, Fractions and Measurements

    Student Learning Outcomes
     

    1. Review and perform basic math operations with whole numbers.
    2. Review and perform basic math operations with decimals.
    3. Identify and use basic fraction components, properties, and concepts.
    4. Add and subtract fractions and mixed numbers.
    5. Multiply fractions and mixed numbers.
    6. Divide fractions and mixed numbers.
    7. Define and set up ratios and determine unit rates.
    8. Define, set up and solve basic proportions.
    9. Recognize real life situations applicable to proportional reasoning.
    10. Perform measurement conversions (e.g., feet to yards, pints to quarts).
    11. Understand both the metric and SAE Measuring systems.
    12. Solve multistep, arithmetic, real world problems using ratios or proportions including those that require converting units of measure.
    13. Identify and use percent notation and its meaning to determine equivalents between percents, decimals, and fractions.
    14. Set up and use the percent proportion to identify and solve for the part, the whole or base, and the percent and relate to real life situations.
    15. Determine appropriate single operations from word problems.
    16. Solve multi-step word problems. Interpret a fairly complex (two dimensions or cross-classification) graph, chart, or table (e.g., find requested information).
    17. Calculate area, perimeter, and volume of various geometric shapes.
    18. Define and calculate median, mode, and mean.
    19. Identify and use basic Geometry vocabulary and concepts involving points, lines, angles, triangles, polygons, and circles.
    20. Identify and use basic Algebra concepts involving patterns, functions, variable expressions, order of operations, and inverse operations to solve one step linear equations.

    Course Description
    Covers low intermediate math concepts focusing on decimals, fractions, measurement applications, data analysis, basic geometry and some pre-algebra.
    Credits: 0
  
  • GEMA 0750 - Proportions, Percentages and Data Analysis

    Student Learning Outcomes
     

    1. Multiply and divide whole numbers.
    2. Perform all operations with decimals.
    3. Perform all operations fractions including mixed numbers.
    4. Add and subtract and multiply and divide positive and negative integers.
    5. Divide integers with fractional results.
    6. Understand and use ratios, and proportions.
    7. Understand the basic concepts of percents.
    8. Calculate and solve all 3 types of percent problems.
    9. Calculate percent, decimal, and fraction equivalencies.
    10. Relate and use percents in conjunction with graphs, charts, and data.
    11. Solve multi-step word problems, especially those involving ratios and proportions, measurement unit conversions, and percents.
    12. Calculate mean, median, mode and range from a set of data.
    13. Calculate a missing data value given the average and all the missing data values but one, as well as calculating the average given the frequency counts of all the data values and calculating a weighted average.
    14. Use and apply order of operations.
    15. Evaluate linear, polynomial, and rational variable expressions by substitution.
    16. Recognize and combine like terms to simplify polynomials.
    17. Apply rules of exponents to simplify numerical expressions, including rational exponents.
    18. Use algebraic rules and properties to solve equations, including the distributive property. Solve real world problems involving linear equations.
    19. Understand and use language of comparison by multiplication and division (ie. triple, twice as much as, how many times more than, what fraction of).
    20. Write one variable and multi variable linear equations to represent context.
    21. Graph points and lines on the Cartesian coordinate grid.
    22. Identify and use slope of a line and identify slope from a linear equation in slope intercept form.
    23. Use information contained in charts, bills, tables, and pictographs. Interpret a fairly complex (two dimensions or cross-classification) graph, chart, or table (e.g., find requested information).
    24. Analyze, interpret, and create bar, line, and circle graphs.
    25. Use counting techniques to solve problems and determine combinations and permutations.
    26. Determine the probability of simple and compound events.
    27. Identify and use properties of basic points, lines, angles, triangles, and quadrilaterals.
    28. Use the Pythagorean Theorem to determine unknown sides lengths in a right triangle.
    29. Compute area, perimeter, circumference, volume, and surface area of rectangles, triangles, circles, polygons, composite geometric figures, rectangular solids, prisms, spheres, 3-D geometric figures and cylinders.
    30. Be able to find a missing radius, diameter, length, height, or width.
    31. Use online calculator to solve fraction, decimal, percent and integer problems and to solve multi-operational problems including exponentials as needed throughout the term.

    Course Description
    Presents high intermediate math concepts focusing on proportions, percentages, data analysis, basic geometry and algebra. Includes a thorough review of fractions and decimals.
    Credits: 0
  
  • GEMA 0950 - Basic Algebra and Geometry

    Student Learning Outcomes
    Subject Area Objectives (Review from GEMA 750 & New concepts for GEMA 950)

    For estimated completion of this level, students will be able to demonstrate the skill(s) needed to:

    Review Rational Numbers

    ___ Perform basic operations with positive and negative numbers

    ___ Perform a single math operation using positive and negative integers in the context of a word problem

    ___ Perform multiple math operations using decimals, fractions, or integers in the context of a word problem

    Review Algebra Concepts

    ___Recall and apply order of operations.

    ___Evaluate linear, polynomial, and rational variable expressions by substitution.

    ___Recognize and combine like terms to simplify polynomials.

    ___Apply rules of exponents to simplify numerical expressions, including rational exponents.

    ___Use algebraic rules and properties to solve equations, including the distributive property.

    New Algebra Concepts

    ___Write linear inequalities in one variable to represent context.

    ___ Manipulate algebraic equations with two variables.

    ___Write one variable linear equations, multi variable linear equations, and one variable quadratic equations to represent context.

    ___*Write linear expressions, polynomial expressions, rational expressions, one variable, and multivariable linear equations to represent context.

    ___ Demonstrate scientific or exponential notation and do basic math with them.

    Review Graphing Concepts

    ___Solve real world problems involving linear equations.

    ___Write one variable and multi variable linear equations to represent context.

    ___Graph points and lines on the Cartesian coordinate grid.

    ___Identify and use slope of a line and identify slope from a linear equation in slope intercept form.

    New Graphing Concepts

    ___Interpret unit rate as the slope in a proportional relationship.

    ___Graph two variable linear equations.

    ___For a function that models a linear or nonlinear relationship between two quantities interpret key features of graphs and tables in terms of quantities and sketching graphs. These key features include: intercepts, intervals where the function is increasing, decreasing, positive or negative, maximum, minimum, symmetries, end behavior, and periodicity.

    ___Write the equation of a line with a given slope through a given point.

    ___Use slope to identify parallel and perpendicular lines.

    Review Geometry Concepts

    ___Identify and use properties of basic points, lines, angles, triangles, and quadrilaterals.

    ___Use the Pythagorean Theorem to determine unknown side lengths in a right triangle.

    ___Compute area, perimeter, circumference, volume, and surface area of rectangles, triangles, circles, polygons, composite geometric figures, rectangular solids, prisms, spheres, 3-D geometric figures and cylinders. Be able to find a missing radius, diameter, length, height, or width.

    New Geometry Concepts

    ___Compute unit rates: unit pricing, constant speed, persons per square mile BTU’s per cubic foot etc.

    ___Use scale factors to determine the magnitude of size change, Convert between actual drawings and scale drawings.

    Review Data Analysis, Probability, and Statistics Concepts

    ___Calculate mean, median, mode and range from a set of data.

    ___Calculate a missing data value given the average and all the missing data values but one, as well as calculating the average given the frequency counts of all the data values and calculating a weighted average.

    ___Use information contained in charts, bills, tables, and pictographs a fairly complex (two dimensions or cross-classification) graph, chart, or table (e.g., find requested information).

    ___Analyze, interpret, and create bar, line, and circle graphs.

    ___Use counting techniques to solve problems and determine combinations and permutations.

    ___Determine the probability of simple and compound events.

    New Data Analysis Concepts

    ___*Find and combine information from a fairly complex (two dimensions) graph, chart, or table (e.g., compare or add numbers from 2 cells).

    ___*Combine information from two or more graphs, charts, or tables and perform calculations to answer a question.

    ___*Examine complex charts, tables, or graphs for consistency or multiple comparisons.

    (* indicates priority objectives that should be emphasized for GED or HiSET test readiness)

    Course Description
    This course introduces basic geometry, algebra, and measurement with emphasis on problem solving.  Students prepare for the GED math test and for transition into other CNM programs.  They also develop personal and job-related mathematical skills.
    Credits: 0

  
  • GEMS 0500 - General Education Multi-Subject

    Student Learning Outcomes
    1. Demonstrate knowledge of test-taking strategies.
    2. Demonstrate appropriate and effective use of computer-assisted learning tools by completing assignments as instructed.
    3. Participate in class using technology tools to post in discussion boards and send/reply to messages.
    4. Demonstrate knowledge of the basics of the number system, fractions, decimals, & percentages.
    5. Demonstrate knowledge of algebra and geometry concepts.
    6. Create, analyze, interpret, and report on data in graphs and tables and make inferences based on the information.
    7. Write complete sentences using correct basic grammar.
    8. Write multi-paragraph responses that present and support a thesis.
    9. Develop and practice editing skills. Use context clues to identify the meaning of unfamiliar vocabulary words.
    10. Locate, evaluate, summarize, and present information from a variety of sources.
    11. Distinguish & critique fact verses opinion.
    12. Create and present a basic map, chart, graph, table, or schedule.

    Course Description
    This is a multi-level, multi-subject course for students preparing for the high school equivalency exam. The course includes: Math review (number theory, word problems, fractions, decimals, percentages, proportions, measurement, geometry, algebra, data analysis) Communications skills (grammar and punctuation; sentence, paragraph, and writing) Reading comprehension (in science, social studies, math, and language arts)
    Credits: 0
  
  • GEOR 0100 - General Education Orientation

    Student Learning Outcomes
    1. Explain the purpose of the class and the program standards that deal with attendance, tardiness, student conduct, and homework.
    2. Explain and discuss an overview of ABE/GED processes and testing.
    3. Summarize an overview of the GED test and examine expectations and commitments.
    4. Discuss learner and teacher expectations.
    5. Examine, select, and use various note-taking strategies, study skills and practices.
    6. Identify personal barriers and resources in the context of goal setting.
    7. Set personal career and educational goals and create a goal attainment plan.
    8. Identify and tour campus resources such as the student resource center and the achievement coaches.
    9. Discuss and use test-taking skills and strategies to deal with test anxiety.
    10. Discuss time, life, and resource management issues, and identify and select useful strategies for dealing with these issues .

    Course Description
    This course provides an orientation to Central New Mexico Community College’s High School Equivalency program. The course includes information about study strategies, goal setting, educational plans, and campus resources that will assist you with your educational and career goals.
    Credits: 0
  
  • GESC 0650 - General Education Science

    Student Learning Outcomes
    1. Demonstrate a basic understanding of the components of the GED 2014 Science test including:
      • Life Science, Earth and Space Science, Physical Science, Science as Inquiry, and Science and Society, and be prepared for passing the Science portion of the GED 2014 test.  
    2. Locate, evaluate, and summarize major scientific processes and content.
    3. Analyze and evaluate scientific concepts, information, and processes and integrate new scientific knowledge.
    4. Identify a current scientific issue and find information from a variety of sources to research and present the issue, and be able to communicate scientific information orally, graphically, and in writing.

    Course Description
    This course is for students preparing for the science portion of the high school equivalency exam. Emphasis is placed on reasoning and critical thinking skills while studying the content area of science. Understanding and expressing scientific information in textual, graphic, and numeric formats will be emphasized. Students will practice locating, reading, and interpreting scientific information from a variety of sources.
    Credits: 0
  
  • GESS 0650 - General Education Social Studies

    Student Learning Outcomes
    1. Read closely to determine what the text says explicitly and to make logical inferences from it.
    2. Cite specific textual evidence to support logical inferences or conclusions from reading.
    3. Determine a theme or central idea of a text and how it is conveyed through particular details.
    4. Identify aspects of a text that reveal an authors purpose or point of view.
    5. Integrate information presented in different media or formats (such as charts, graphs, photographs, videos, or maps).
    6. Delineate and evaluate the argument and specific claims in a text, assessing whether the reasoning is sound and the evidence is relevant and sufficient.
    7. Analyze a case in which two or more texts provide conflicting information on the same topic and identify where the texts disagree on matters of fact or interpretation.
    8. Analyze seminal US documents of historical and literary significance (such as Washingtons Farewell Address, the Gettysburg Address, and Roosevelts Four Freedoms Speech, Kings Letter from Birmingham Jail), including how they address related themes and concepts.
    9. Write arguments to support claims with clear reasons and relevant evidence.
    10. Produce clear and coherent writing in which the development, organization, and style are appropriate to task, purpose, and audience.
    11. Develop and strengthen writing as needed by planning, revising, editing, rewriting, or trying a new approach.
    12. Use technology, including the Internet, to produce and publish writing and link to and cite sources.
    13. Conduct short research projects to answer a question, drawing on several sources.
    14. Gather relevant information from multiple print and digital sources, using search terms effectively.
    15. Draw evidence from literary or informational texts to support analysis, reflection, and research.
    16. Demonstrate command of the conventions of standard English grammar and usage when writing.
    17. Demonstrate command of the conventions of standard English capitalization, punctuation, and spelling when writing.

    Course Description
    This course is for students preparing for high school equivalency exams. Emphasis is placed on improving reading and writing skills while studying in the content area of social studies. Students will practice reading at approximately 8-10th grade levels during the term.
    Credits: 0
  
  • IBEC 0500 - ESL Early Childhood Multicultural Education

    Student Learning Outcomes
    1. Demonstrate emerging English language skills needed for professional early childhood education workplace settings and academic study.
    2. Identify, pronounce and use common English vocabulary and terms related to early childhood development theory and educational practices.
    3. Identify and explain the major developmental stages and milestones in child development in English.
    4. Name the types of multiple intelligences in English.
    5. Use basic English speaking skills needed to interact with parents and members of the educational team.
    6. Perform simple written communications with parents in English.
    7. Engage in simple parent-teacher conference dialoging in English.
    8. Report about a childs developmental levels across domains in English.
    9. Speak about a childs behavior and emotions in English.
    10. Identify requirements / pathways in the early childhood multicultural educational professional field.
    11. Employ the use of technology for completion of course assignments and communication with parents.
    12. Demonstrate strategies for studying college texts, taking notes and taking tests.
    13. Demonstrate active strategies for learning English.
    14. Show increased skills in speaking, writing, listening and reading in English.

    Course Description
    Develops English language skills needed to complete academic requirements and work in professional early child multicultural education positions. Language instruction is contextualized within the framework of the ECME class in which students are co-enrolled, and presented through group work, project-based instruction, paired practice and self-paced instruction. Content instruction in English and Spanish is used to achieve the objectives of both ESL and ECME components.
    Credits: 0
  
  • IBNA 0500 - ESL Nursing Assistant

    Student Learning Outcomes
    1. Explain the duties of a certified nursing assistant (CNA) and identify pathways in the health care field.
    2. Demonstrate the speaking skills needed to interact effectively and safely with residents, resident contacts and members of the health care team.
    3. Understand and interpret oral and written directions in carrying out the role of a CNA.
    4. Demonstrate the correct use of English grammar and language appropriate to the professional CNA workplace.
    5. Identify, pronounce and use common CNA vocabulary words, terms and abbreviations.
    6. Interpret medicine labels, safety labels, product directions and warning signs.
    7. Record and report vital signs, observations, and measures using oral and written English.
    8. Provide explanations to patients before beginning common procedures.
    9. Ask for and relay information to the appropriate source.
    10. Demonstrate strategies for studying college texts, taking notes and taking tests.
    11. Study for and pass NA class tests and the state CNA certification exam.
    12. Create a resume and practice preparing for job interviews.

    Course Description
    ESL for the Nursing Assistant Program develops English language skills needed to pass the CNA course, pass the state certification exam and to work successfully as a Certified Nursing Assistant. Language instruction is contextualized within the framework of the CNA class in which students are co-enrolled, and presented through group work, paired practice and self-paced instruction.
    Credits: 0

General Honors

  
  • GNHN 2096-2996 - Special Topics

    Student Learning Outcomes
    • To be determined based on course topic

    Course Description
    Presents various topics.
    Credits: 3

Geographic Information Systems

  
  • GIS 1002 - Fundamentals of Geospatial Technology

    Student Learning Outcomes
    1. Describe the fundamental concepts of geospatial science including GIS and related technologies.
    2. Demonstrate the use of web mapping tools to study and develop possible solutions to real world problems.
    3. Describe and explain the historical development of GIS and how it helps to solve problems of a spatial nature.
    4. Demonstrate proficiency map reading, interpretation and design principles including map projections and the geographic grid.
    5. Describe and demonstrate how to access different sources of data, describe the process of creating data, and discuss the fundamental concepts of data quality.

    Course Description
    Introduction to the fundamentals of Geospatial Technology, including Geographic Information Systems (GIS), Global Positioning Systems (GPS), cartography, remote sensing, and spatial analysis Course content is based upon the United States Department of Labor’s Geospatial Technology Competency Model for entry level geospatial occupations including Geospatial or GIS Technicians and Technologists.
    Credits: 3
  
  • GIS 1005 - CAD for Surveying and GIS

    Student Learning Outcomes
    1. Draw property boundaries and site improvements.
    2. Import and export survey point data.
    3. Create and label points, line work and parcels.
    4. Create Civil 3D drawings from survey field note data.
    5. Create Civil 3D drawings from survey point data in electronic format.
    6. Create contour surface from survey point data.
    7. Plot drawings at various scales and sheet sizes.
    8. Export drawings to .pdf format.
    9. Convert drawing data to shapefiles.
    10. Add shapefiles into ArcGIS.

    Course Description
    Computer-aided drafted for civil engineering, surveying and land development to create and edit point data, parcel area computations and boundary information.
    Credits: 3
  
  • GIS 1008 - Land Information Systems

    Student Learning Outcomes
    1. Explain the legal, political and social context of surveying.
    2. Distinguish levels of accuracy in digital land management data.
    3. Obtain Public Land Survey System digital data.
    4. Be able to discuss the role of GIS in maintaining and accurate cadastral database.

    Course Description
    This course introduces students to cadastral concepts including land surveys, deeds, survey plats and land record research. This course will also introduce students to the use of Geographic Information Systems software to manage and analyze cadastral data.
    Credits: 3
  
  • GIS 1096-1996 - Special Topics


    Course Description
    Presents various topics.
    Credits: 1-6
  
  • GIS 2008 - GPS Field Mapping

    Student Learning Outcomes
    1. Describe how satellite-based mapping systems operate.
    2. Design and use a data dictionary for GPS data collection.
    3. Download, compile and produce a map using satellite-based data.

    Course Description
    Covers field mapping techniques for developing GIS databases. Concepts include satellite-based hardware and related concepts, data dictionary design and implementation, GPS data compilation and map production. Emphasis on mapping-grade applications.
    Credits: 2
  
  • GIS 2011 - Remote Sensing and Image Processing

    Student Learning Outcomes
    1. Describe the importance/pervasiveness of remote sensing in GIS applications.
    2. Define and describe the components, characteristics and functions of a remote sensing system using appropriate terminology.
    3. Understand the physical basis for remote sensing of electromagnetic energy.
    4. Define and describe components, characteristics and functions of traditional aerial photographs.
    5. Define the fundamentals of photo interpretation.
    6. Define the constituent parts of the electromagnetic spectrum as defined for remote sensing science.
    7. Define a spectral signature and be familiar with signatures of commonly imaged phenomena Use software to process, manipulate and analyze remotely sensed data.
    8. Use software to incorporate remotely sensed data into a GIS workflow.

    Course Description
    Introduces students to basic remote sensing concepts and explores the applications of current technology. Topics to be covered will include basic energy theory, photo interpretation, common image analysis techniques and algorithms, and image classification using GIS and remote sensing software.
    Credits: 3
  
  • GIS 2020 - Trends in Geospatial Technology

    Student Learning Outcomes
    • Discuss emerging trends in the geospatial industry. Implement new geospatial technology.

    Course Description
    Examines emerging trends in geospatial hardware and software applications such as open source, web applications and others. Students will apply technology in lab exercises using real-world data. Topics will vary by semester.
    Credits: 3
  
  • GIS 2030 - GIS Project Design

    Student Learning Outcomes
    1. Select an appropriate topic for a GIS project.
    2. Collect data for a GIS project.
    3. Perform analysis with GIS data.
    4. Present results of GIS research.

    Course Description
    Applies knowledge gained from previous courses to development and implementation of GIS projects. Project development will encompass the full range of procedural approaches from planning, data acquisition, analysis, output and presentation.
    Credits: 3
  
  • GIS 2096-2996 - Special Topics

    Student Learning Outcomes
     

    • To be determined based on course topic

    Course Description
    Presents various topics.
    Credits: 1-7
  
  • GIS 2097 - Independent Study

    Student Learning Outcomes
    1. Identify the steps in a geospatial project.
    2. Gather necessary data independently.
    3. Perform analysis using the data.
    4. Present the results of the project in a professional manner.

    Course Description
    Allows the student and instructor to define a specific problem in the area of the student’s interest and directly related to the program. Then student develops and executes a solution using analytical techniques appropriate to the problem. An oral presentation may be required.
    Credits: 1-7
  
  • GIS 2098 - Internship

    Student Learning Outcomes
    Learning Outcomes:

    1. Identify measurable learning objectives in the field of geographic information systems related to the responsibilities of the position.
    2. Initiate meeting(s) with supervisors to create an interactive work environment.
    3. Reflect upon learning objectives as to progress on meeting of objectives.
    4. Indentify next steps for job/career advancement.

    Course Description
    Provides an opportunity for the student to work for one term on an intern basis in an appropriate training program. The position is not paid.
    Credits: 1-7

Geography

  
  • GEOG 1110 - Physical Geography

    Student Learning Outcomes
    1. Define, describe, illustrate, distinguish among or explain the use of maps, map scale, globes, map projections, and remote sensing.
    2. Define, describe, illustrate, distinguish among or explain the various elements of the earth’s atmosphere, earth’s relation to the sun, incoming solar radiation, the ozone layer, the primary temperature controls, and the unequal heating of land and water.
    3. Define, describe, illustrate, distinguish among or explain the weather makers (air temperature, air pressure, humidity, clouds, precipitation, visibility, and wind [including pressure gradient, the Coriolis force, and friction]).
    4. Define, describe, illustrate, distinguish among or explain air masses, pressure systems, the various fronts and associated types of storms, weather symbols, monsoons, the various forms of precipitation, along with causes and effects of lightning.
    5. Define, describe, illustrate or explain the hydrologic cycle, the characteristics and influences of the oceans and continents on the weather, the Southern Oscillation (i.e., El Nino), the effects of land/water distribution, and climates and their global distribution.
    6. Define, describe, illustrate or explain the biosphere, including organisms (flora and fauna), food chains, ecosystems and relationships.Define, describe, illustrate or explain soils in terms of soil-forming processes, components, properties, and classification.
    7. Define, describe, illustrate or explain the structure of the earth, the internal processes, weathering and mass wasting, fluvial processes, characteristics and processes of arid regions, processes of coastal and Karst topographical regions, the processes and characteristics of glaciation (mountainous and continental).
    8. Define, describe, illustrate, distinguish among or explain specific impacts by humans on weather, climate, and on the ecosystem at large.
    9. Perform tests and collect data to analyze and classifyweather, climate and landforms characteristics, processes, and impacts both quantitatively and quantitatively. This includes reading and extracting basic information from maps, diagrams, remote sensing devices, graphs, and tables.
    10. Apply critical thinking skills such as inductive, deductive, and mathematical reasoning to solve problems using the scientific method. This includes interpreting maps, graphs and photos.
    11. Recognize and discuss the effect of human activity on climate, climate change, the greenhouse effect, and on landforms at large.
    12. Synthesize information from external, current sources and personal observations and discuss their relationships to class material.

    Course Description
    This course introduces the physical elements of world geography through the study of climate and weather, vegetation, soils, plate tectonics, and the various types of landforms as well as the environmental cycles and the distributions of these components and their significance to humans.

  
  • GEOG 1110L - Physical Geography Lab

    Student Learning Outcomes
    1. Describe basic meteorological processes such as climate and weather patterns.
    2. Describe the processes operating in the development of landforms.
    3. Interpret and use topographic maps in the lab and field.
    4. Identify and describe various components of the Earth’s environmental spheres.
    5. Identify and analyze the physical, chemical and biological processes that continue to shape the surface of the Earth.
    6. Identify primary atmospheric, geologic, hydrological, and biological patterns of the earth’s surface.
    7. Identify the primary physical processes that produce spatial variation on the earth’s surface.
    8. Gain a basic understanding of map projections, including their limitations and capabilities.
    9. Describe the rock, hydrologic, and atmospheric cycles and how they impact the geography of the Earth.

    Course Description
    This laboratory course introduces the physical elements of world geography and the study of climate and weather, vegetation, soils, plate tectonics, various landforms, the environmental cycles and the spatial distributions of these components through the use of maps, aerial photographs, and laboratory specimens.  Students explore the earth’s biophysical environment and learn to identify and describe the physical geographic patterns that exist across earth’s surface and about the processes that help create these patterns.

  
  • GEOG 1120 - World Regional Geography

    Student Learning Outcomes
    1. Identify, describe, illustrate, distinguish among or explain the basic concepts of geography, the major world regions, areal differences and similarities, the processes that shape geography natural and human, the use of maps, and the key topics of geographical interpretation (e.g., location, world importance, population, political status, resources, etc.).
    2. Identify, describe, illustrate, distinguish among or explain the regional groups of Europe, its historical background, its languages and religions, major features, the diversified economy, political structures, and impact on globalization.
    3. Identify, describe, illustrate, distinguish among or explain the regional groups of Russia and its satellite nations, its historical background, their languages and religions, major features, their diversified economies, political structures, current problems, and impact on globalization.
    4. Identify, describe, illustrate or explain the regional nations of Middle East, their historical background, their languages and religions, the major features, the diversified economies and political structures, the current problems.
    5. Identify, describe, illustrate, distinguish among or explain the regional groups of Asia, their historical background its languages and religions, major features, the diversified economy and political structures, current problems, and impact on globalization.
    6. Identify, describe, illustrate, distinguish among or explain the regional groups of the Pacific World, their historical background its languages and religions, major features, the diversified economy and political structures, current problems, and impact on globalization.
    7. Identify, describe, illustrate, distinguish among or explain the regional groups of Africa, their historical background its languages and religions, major features, the diversified economy and political structures, current problems, and impact on globalization.
    8. Identify, describe, illustrate, distinguish among or explain the regional groups of Latin America, their historical background its languages and religions, major features, the diversified economy and political structures, current problems, and impact on globalization.
    9. Identify, describe, illustrate, distinguish among or explain the regional groups of Anglo-America, their historical background its languages and religions, major features, the diversified economy and political structures, current problems, and impact on globalization.
    10. Collect data to analyze or classify the region various historical developments and trends relating to globalization.
    11. Apply critical thinking skills in predicting future developments and impacts in economics, cultural diversity, and political stability globally.
    12. Recognize and discuss current political “hot-spots,” their causes, and potential results with regards to globalization.
    13. Synthesize informationthe data into a comprehensive world-view.

    Course Description
    Overview of the physical geography, natural resources, cultural landscapes, and current problems of the world’s major regions. Students will also examine current events at a variety of geographic scales.

  
  • GEOG 1130 - Human Geography

    Student Learning Outcomes
    1. Locate on maps, globes, and other technologies various geo-political spaces and places around the world, including in the United States.
    2. Describe the primary concepts, theories, methods and terms prevalent in the field of human geography.
    3. Apply core geographic concepts to the spatial patterns demonstrated in real-world scenarios.
    4. Identify the relationships that influence human-environment interaction in a specific location at a specific time.
    5. Define and utilize key concepts to explain human social and cultural change over time and across geographical space.
    6. Explain the geographic context of a current event or conflict.
    7. Identify a current event that illustrates a core cultural geographic concept.
    8. Think critically, discuss, and write about the relationships of the natural world to human geography.

    Course Description
    This course serves as an introduction to the study of human geography. Human geography examines the dynamic and often complex relationships that exist between people as members of particular cultural groups and the geographical “spaces” and “places” in which they exist over time and in the world today.

  
  • GEOG 1140 - Human’s Role in Changing the Face of the Earth

    Student Learning Outcomes
    1. Survey major environmental issues facing humankind on global, regional and local scales.
    2. Evaluate the scientific method and its role in societies across the globe as it applies to the conflict between environment and society.
    3. Explain environmental systems and the services they provide for humans and other organisms.
    4. Evaluate economic worldviews and their impact on the environment.
    5. Analyze the concept of sustainability and its implications in both urban and rural settings.
    6. Develop effective communication skills over major environmental issues.

    Course Description
    This course is a survey of social and scientific aspects of environmental issues related to the degradation of land, air, and water resources from global, regional and local perspectives.

  
  • GEOG 1960 - Geography of Food

    Student Learning Outcomes
    1. Analyze the impact of food history on human history including the geographical components of food origins, trade, and societal influences.
    2. Recognize the cultural relevance of food and eating practices in other societies, as well as their own.
    3. Describethe implications of changing food production systems and the impacts on food nutrition, availability, economics, and on the environment.
    4. Identifyenvironmental and health effects of different consumption habits
    5. Makeinformed consumer decisions.

    Course Description

    This course will cover the origins of the food we eat, its geographic role in human history, and its cultural importance in societies. We will look at the state of our food, its production and availability in the world today, in the U.S. vs. the rest of the world, its relevance to the economy, its impact on the environment, and its effect on nutrition.
    Credits: 3

  
  • GEOG 1996 - Special Topics


    Course Description
    Presents various topics.
    Credits: 1-6
  
  • GEOG 2110 - Introduction to Maps and Geospatial Information

    Student Learning Outcomes
    1. Have an understanding of geographic information, and why is it important.
    2. Learn the different kinds of decisions that make use of geographic information.
    3. Develop familiarity with a variety of geospatial data and methods.
    4. Learn how to identify the appropriate tool for digital data viewing and analysis.

    Course Description
    This course covers the basic history of map-making and various projections and introduces basic concepts and techniques for the manipulation, analysis, and graphic representation of spatial information. The course also includes the processing, compilation, and symbolization of spatial data and the application of related statistical techniques.
  
  • GEOG 2510 - Meteorology

    Student Learning Outcomes
    1. Analyze, describe, and diagram the basics of major atmospheric processes including energy, pressure, wind, precipitation, air masses, fronts, and storm systems.
    2. Perform basic calculations pertinent to these processes (fundamental algebra skills assumed).
    3. Describe and diagram how these processes are linked in a system.
    4. Analyze, describe and diagram the spatial patterns of weather systems.
    5. Describe some of the impacts of weather on human activity.
    6. Make use of sophisticated weather information to assist in planning your daily life.
    7. Develop a 24-hour forecast based on naked-eye observations.
    8. Develop an appreciation for the beauty and power of weather.

    Course Description
    This course provides an introductory presentation of basic meteorological processes including solar radiation, the greenhouse effect, temperature, pressure, wind patterns, hydrosphere/atmosphere interactions, precipitation, air masses, and weather disturbances.
    Credits: 3
  
  • GEOG 2996 - Special Topics


    Course Description
    Presents various topics.
    Credits: 1-6

Health Information Technology

  
  • HIT 1015 - Introduction to Coding

    Student Learning Outcomes
    1. Identify specific information contained in the tabular lists and the alphabetic indexes of Volumes 1, 2, and 3 of ICD-9-CM. (I.C.2) (4)
    2. Locate and apply appropriate diagnostic codes through the use of basic coding steps. (I.C.2) (4)
    3. Locate and apply appropriate procedure codes through the proper use of basic coding steps for operations/procedures. (I.C.2) (4)
    4. Correctly translate descriptions of diseases, injuries, conditions, and procedures into numerical designations utilizing the concepts of data quality. (I.C.2) (4)
    5. Follow basic guidelines for coding, which have been established by the American Hospital Association, American Health Information Managment Association, and others. (I.D.2) (I.D.3) (I.C.5) (4)
    6. Apply the Uniform Hospital Discharge Data Set (UHDDS) in selecting the principal diagnosis. (I.C.5) (4)
    7. Evaluate codes for accuracy and completeness. (I.C.6) (4)
    8. Apply the National Correct Coding Initiative (NCCI). (I.D.3) (3)
    9. Input coding data into the computerized encoder to accurately determine the Medical Diagnostic Category (MDC), Diagnosis Related Groups (DRG) and Ambulatory Payment Classification (APC). (I.C.1) (3)
    10. Compare root operation terms used in ICD-10-PCS to the traditional use of the term and demonstrate appropriate usage of the term(s). (3)
    11. Summarize the history of the ICD-9-CM and ICD-10-CM/PCS coding systems. (I.C.7) (2)

    Course Description
    Provides an overview of Coding. Focuses on the guidelines and conventions used in coding diagnoses and procedures using the International Classification of Diseases (ICD) Clinical Modifications (CM), Volumes 1, 2 and 3. Using case scenarios, students interpret medical record information, choose the required coding classification and assign and sequence codes.
    Credits: 3
  
  • HIT 1020 - Medical Terminology and Anatomy

    Student Learning Outcomes
    1. Identify and define word parts and combining forms. (II.B.3) (II.B.5)(4).
    2. Analyze and define medical terms. (II.B.3) (4).
    3. Build medical terms for given definitions. (I.B.1) (I.B.2) (3).
    4. Build and analyze medical terms using word parts. (I.B.1) (I.B.2) (I.B.4) (4).
    5. Interpret the meaning of abbreviations. (I.B.3) (I.B.4) (3).
    6. Define, pronounce, and spell medical terms related to body structure, color, and oncology. (I.B.1) (I.B.4) (3).
    7. Build, analyze, define, pronounce, and spell the terms used to describe directions of the body. (I.B.1) (I.B.4) (3).
    8. Define, pronounce, and spell the terms used to describe the anatomical planes and the abdominopelvic regions. (I.B.1) (I.B.4) (3).
    9. Identify organs and structures of the integumentary, respiratory, and male/female reproductive systems. (I.B.3) (I.B.4) (3).
    10. Define, pronounce, and spell the disease and disorder, procedural, surgical, complimentary terms for the integumentary, respiratory, and male/female reproductive systems. (I.B.1) (I.B.4) (3).
    11. Identify the organs and other structures relating to pregnancy. (I.B.3) (I.B.4) (3).
    12. Define, pronounce, and spell the disease and disorder, procedural, surgical, and complementary terms related to obstetrics and neonatology. (I.B.1) (I.B.4) (3).
    13. Identify the organs and other structures of the cardiovascular, lymphatic, and digestive systems. (I.B.3) (I.B.4) (3).
    14. Define, pronounce, and spell the disease and disorder, procedural, surgical, and complementary terms for the cardiovascular, lymphatic, and digestive systems. (I.B.1) (I.B.4) (3).
    15. Identify the anatomy of the ear and eye. (I.B.3) (I.B.4) (3).
    16. Define, pronounce, and spell the disease and disorder, procedural, surgical, and complementary terms for the ear and eye. (I.B.1) (I.B.4) (3).
    17. Identify the anatomy of the musculoskeletal system. (I.B.3) (I.B.4) (3).
    18. Define, pronounce, and spell the disease and disorder, procedural, surgical, and complimentary terms for the musculoskeletal system. (I.B.1) (I.B.4) (3).
    19. Identify the organs and other structures of the nervous and endocrine systems. (I.B.3) (I.B.4) (3).
    20. Define, pronounce, and spell the disease and disorder, procedural, surgical, and complimentary terms for the nervous and endocrine systems. (I.B.1) (I.B.4) (3).

    Course Description
    Covers the study of the language of medicine, focusing on prefixes, suffixes, word roots and their combining forms. Course includes word construction, spelling, usage, comprehension and pronunciation. Systems approach is used to present anatomy and physiology, symptomatology, pathology and diagnostic/surgical procedures.
    Credits: 3
  
  • HIT 1030 - Health Data Content and Structure

    Student Learning Outcomes
    1. Apply knowledge of policies and procedures to the delivery of health care. (III.A.1) (III.A.4) (4).
    2. Apply current laws, accreditation licensure, and certification standards related to the delivery of healthcare at the national, state, and facility level. (III.A.2) (3).
    3. Demonstrate an understanding of the medical record, documentation requirements, and sources of medical record documents. (I.B.1) (I.B.4) (4).
    4. Assemble record documents according to standard sequence. (I.B.1) (I.B.2) (I.B.4) (4).
    5. Apply policies and procedures for filing, maintain and permanently storing medical records. (I.B.3) (I.B.4) (3).
    6. Evaluate primary health records to determine if they meet institutional needs. (I.B.3) (I.B.4) (3).
    7. Apply policies and procedures for documentation, filing, and maintenance of secondary health records, and data/record storage. (I.B.3) (I.B.4) (4).
    8. Define basic statistical computations of Mode, Median, Mean, Length of Stay, and Census. (II.B.3) (4).
    9. Explain the title and role of the Health Information professional and certification credentials. (II.A.4) (4).
    10. Differentiate the type of registries available in Health Information (disease, cancer, trauma, birth, and implant) and indexes (disease, MPI, operation, and physician). (II.B.3) (II.B.5) (3).
    11. Apply knowledge of regulations among various payment systems for healthcare services such as Medicare, Medicaid, and Managed care. (III.A.3) (3).

    Course Description
    Presents an overview of health care delivery and examines the role of various providers and disciplines throughout the continuum of health care services and the information system policies and procedures required by national health information initiatives. Emphasis is on the origin, use content and format of health records; storage and retrieval systems, numbering and filing systems, record retention procedures and the basic functions of the health information division such as abstracting, incomplete chart control and release of information, accreditation and licensure standards applicable to health records.
    Credits: 4
  
  • HIT 1060 - Health Information Management Systems

    Student Learning Outcomes
    1. Describe the collection and maintenance of health data (such as data elements, data sets, and databases). (I.A.1)
    2. Conduct analysis to ensure that documentation in the health record supports the diagnosis and reflects the patient’s progress, clinical findings, and discharge status. (I.A.2)
    3. Apply policies and procedures to ensure the accuracy of health data (I.A.3)
    4. Verify timeliness, completeness, accuracy, and appropriateness of data and data sources for patient care, management, billing reports, registries, and/or databases. (I.A.4)
    5. Monitor and apply organization-wide health record documentation guidelines. (I.B.1)
    6. Apply policies and procedures to ensure organizational compliance with regulations and standards. (I.B.2)
    7. Maintain the accuracy and completeness of the patient record as defined by organizational policy and external regulations and standards. (I.B.3)
    8. Assist in preparing the organization for accreditation, licensing, and/or certification surveys. (I.B.4)
    9. Use technology, including hardware and software, to ensure data collection, storage, analysis, and reporting of information. (IV.A.1)
    10. Use common software applications such as spreadsheets, databases, word processing, graphics, presentation, e-mail, and so on in the execution of work processes. (IV.A.2)
    11. Use specialized software in the completion of HIM processes such as record tracking, release of information, coding, grouping, registries, billing, quality improvement, and imaging. (IV.A.3)
    12. Apply policies and procedures to the use of networks, including intranet and Internet applications to facilitate the electronic health record (EHR), the personal health record (PHR), public health, and other administrative applications. (IV.A.4)
    13. Participate in the planning, design, selection, implementation, integration, testing, evaluation, and support for EHRs. (IV.A.5)
    14. Apply knowledge of data base architecture and design (such as data dictionaries) to meet departmental needs. (IV.B.1)
    15. Use appropriate electronic or imaging technology for data/record storage. (IV.C.1)
    16. Query and generate reports to facilitate information retrieval. (IV.C.2)
    17. Apply retention and destruction policies for health information. (IV.C.3)
    18. Apply confidentiality and security measures to protect electronic health information. (IV.D.1)
    19. Protect data integrity and validity using software or hardware technology. (IV.D.2)
    20. Apply departmental and organizational data and information system security policies. (IV.D.3)
    21. Use and summarize data compiled from audit trails and data quality monitoring programs. (IV.D.4)

    Course Description
    Provides an introduction to the use of information technology in the health care delivery system and different computer applications found in health information divisions. Emphasis is placed on the use of tools and techniques for the development of higher-level content in database processing, information and communication technologies, systems analysis and data quality/integrity.
    Credits: 3
  
  • HIT 1070 - Legal/Ethical Aspects of Health Information

    Student Learning Outcomes
    1. Adhere to the legal and regulatory requirements related to the health information infrastructure. (III.B.1).
    2. Apply policies and procedures for access and disclosure of personal health information. (III.B.2).
    3. Release patient-specific data to authorized users. (III.B.3).
    4. Maintain user access logs/systems to track access to and disclosure of identifiable patient data. (III.B.4).
    5. Apply and promote ethical standards of practice. (III.B.5).
    6. Apply guidelines for compliance with federal and state statutes and regulations.
    7. Describe the concept of preemption. (I.B.2).

    Course Description
    Focuses on legal and regulatory requirements related to health information infrastructure, policies, rules and regulations for access and disclosure of medical information and patient confidentiality (HIPAA), release of information to authorized users, principles and organization of the judicial system and ethical standards of practice. Privacy issues and problems will be explored.
    Credits: 3
  
  • HIT 1090 - Health Information Practicum

    Student Learning Outcomes
    1. Collect and maintain health data. (I.A.1) (4).
    2. Monitor and apply organization-wide health record documentation guidelines. (I.B.1) (4) (I.B.2) (4).
    3. Maintain accuracy and completeness of the patient records as defined by the organizational policies and external regulations and standards. (I.B.4) (5).
    4. Conduct analysis to ensure that documentation in the health record supports the diagnosis and reflects the patient progress, clinical findings and discharge status. (I.A.2) (4).
    5. Abstract and maintain data for clinical indices/databases/registries. II.A.1 (3).
    6. Apply policies and procedures to ensure the accuracy of health data. I.A.3 (4).
    7. Compute and interpret healthcare statistics. II.A.3 (5).
    8. Apply policies and procedures for access and disclosure of personal health information. III.B.2 (5).
    9. Apply current laws, accreditation, licensure and certification standards related to health information initiatives from the national, state, local and facility levels. III.A.2 (4).
    10. Release patient-specific data to authorized users. III.B.3 (4).
    11. Investigate and recommend solutions to privacy issues/problems. III.B.6 (4).
    12. Apply and promote ethical standards of practice. III.B.7 (5).
    13. Use technology to ensure data collection, storage, analysis and reporting of information. IV.A.1 (4).
    14. Use common software applications (i.e. spreadsheets, word processing, graphic presentations, e-mail, data bases) in the execution of work processes. IV.A.2 (5).
    15. Use specialized software in the completion of HIM processes. IV.A.3 (4).
    16. Use appropriate electronic or imaging technology for data/record storage. IV.C.1 (3).

    Course Description
    Provides a simulated or clinical learning experience in a health information department. The experience focuses on the practice of skills related to the application of legal principles; the collection, storage, retention and analysis of health care data to develop insight, understanding and skill in medical record procedures. This is an unpaid work experience of a minimum of 45 hours.
    Credits: 1
  
  • HIT 1096-1996 - Special Topics

    Student Learning Outcomes
    • To be determined based on course topic

    Course Description
    Presents various topics.
    Credits: 1-3
  
  • HIT 1240 - Principles of Disease

    Student Learning Outcomes
    1. Recognize etiologies, signs, and symptoms of disorders and diseases (III.A.1) (III.A.4) (4)

    Course Description
    Focuses on disease processes affecting the human body via an integrated approach to specific disease entities. The course includes a review of normal functions of the appropriate body systems. Diseases are studied in relationship to their etiology, pathology, physical signs and symptoms, diagnostic procedures, complications, treatment modalities and prognosis.
    Credits: 3
  
  • HIT 1250 - Pharmacology and Laboratory Procedures

    Student Learning Outcomes
    1. Defne specified pharmacology terminology (II.B.3) (II.B.5) (4)
    2. Distinguish between drug classifications (II.B.3) (4)
    3. Define commonly used dosage abbreviations and metric abbreviations (I.B.3) (I.B.4.) (3)
    4. Identify regulatory agencies and discuss their purpose (III.A.2) (3)
    5. Identify drug effects and forms (I.B.3) (I.B.4) (4)

    Course Description
    Presents an introduction to the principles of pharmacology and diagnostic testing procedures. Content includes drug terminology, abbreviations, drug effects, dosage, classifications and response to medications. Terminology associated with laboratory and diagnostic tests and their use in diagnosing and implications of resultant values are examined.
    Credits: 2
  
  • HIT 2030 - CPT Coding

    Student Learning Outcomes
    1. Use of the six sections of the CPT book, section numbers, sequences, and subsections to accurately assign procedure codes.(I.C.3).
    2. Use the various signs and symbols in the CPT book to accurately assign procedure codes. (I.C.3).
    3. Apply the Guidelines at the beginning of each section of the CPT manual before assigning codes. (I.C.3).
    4. Identify and assign appropriate code modifiers. (I.C.3).
    5. Identify scenarios in which unlisted procedures are appropriate. (I.C.3) and (I.C.6).
    6. Interpret and assign codes from HCPCS Level II. (I.C.3).
    7. Verify completeness, accuracy and appropriateness of data and data sources. (I.A.5).
    8. Use and interpret medical source documents when coding procedures and supplies. (I.A.2).
    9. Review and apply documentation requirements for appropriate assignment of CPT codes and HCPCS Level II codes as well as justify when special reports may be necessary to defend specific CPT codes. (I.A.5) (I.A.2) (I.C.6).
    10. Identify differences between facility fees and professional fees. (I.A.5) (I.C.6).
    11. Validate accurate billing and coding using chargemaster and bill reconciliation processes. (I.D.2).
    12. Apply basic knowledge of evaluation and management (E/M) codes. (I.C.3).

    Course Description
    Focuses on outpatient coding using CPT and HCPCS nomenclatures. Medical records and case scenarios are used to translate descriptive procedures into a numeric code(s) using the CPT coding manual, application of HCPCS terminology and current regulations and established guidelines. Medical record documentation requirements, guidelines for different payer classes, correlation between coding and billing and fraud and abuse issues are discussed.
    Credits: 3
  
  • HIT 2040 - Health Information Data Analysis

    Student Learning Outcomes
    1. Apply mandatory reporting requirements for birth, death and fetal death registration. (II.A.3) (3).
    2. Organize healthcare data into meaningful distributions and evaluate the results. (II.A.2) (2).
    3. Compute the mean, median and mode for healthcare distributions. (II.A.3) (3).
    4. Define healthcare terms required for accurate computation and interpretation of data. (II.A.3) (3).
    5. Compute and interpret healthcare statistics. (II.A.3) (3).
    6. Choose and prepare tables, charts or graphs to appropriately display healthcare data. (II.A.2) (IV.A.2) (2).
    7. Locate and use online resources used for health improvement programs. (II.A.5) (4).
    8. Review healthcare data for reliability and validity. (I.A.5) (4).
    9. Describe the basic components of a performance improvement program. (II.B.2).
    10. Apply Institutional Review Board (IRB) processes and policies. (II.A.4) (4).
    11. Apply policies and procedures to ensure the accuracy of health data. (I.A.3) (3).

    Course Description
    Focuses on health care statistics and research and the practical application of health information concepts as they apply to health record systems and the health care industry. Institutional Review Board policies and processes, collection and retrieval and computation of hospital statistical data are covered as well as vital statistics and reportable diseases and conditions.
    Credits: 3
  
  • HIT 2050 - Health Information Supervision

    Student Learning Outcomes
    1. Apply knowledge-based research techniques (such as library, MEDLINE, web-based) and common software applications (such as word processing, spreadsheet, database, graphics) to facilitate learning outcomes. (II.A.1).
    2. Apply current laws, accreditation, licensure and certification standards to HI initiatives from national, state, local and facility levels (includes HIPAA, ARRA). (III.A.2).
    3. Describe the organization of healthcare systems. Healthcare organizations structure and operation, organization of healthcare delivery system in the United States. (III.A).
    4. Assess professional and practice-related ethical issues as they pertain to healthcare managment.
    5. Apply and promote ethical standards of practice. (III.B.5).
    6. Identify and explain effective strategic leadership, managment skills required in different healthcare settings. (V.A).
    7. Define organizational behavior. (V.A.).
    8. Explain the principles of management as they relate to the healthcare industry.
    9. Apply the fundamentals of team leadership. (V.A.1).
    10. Incorporate effective communication and interpersonal skills. (V.A) (5).
    11. Propose and incorporate workflow and process monitors. (V.A.1).
    12. Incorporate team leadership concepts and techniques.
    13. Participate in work teams and committees. (V.A.2).
    14. Compare and contrast orientation and training in the healthcare industry (including content, delivery, and media). (V.A.3).
    15. Monitor and report staffing levels and productivity standards for health information functions. (V.A.5).
    16. Use of quality improvement tools and techniques to monitor, report and improve processes. (V.A.6).
    17. Have knowledge of local, state and federal labor regulations compliance. (V.A.7).
    18. Construct organizational plans and budgets (include, a minimum framework, levels, and responsibilities).
    19. Assess fundamentals of the budgeting process. (V.B.1) (4).
    20. Monitor coding and revenue cycle processes. (V.B.3) (4).
    21. Recommend cost-saving and efficient means of achieving work processes and goals.
    22. Monitor and order supplies needed for work processes. (V.B.23) (V.B.4) (4).
    23. Contribute to work plans, policies, procedures, and resource requisitions in relation to job functions. (V.B.5) (4).

    Course Description
    Focuses on basic management functions using examples and situations specific to health information. Communication, motivation, budgeting, job analysis, recruitment, discipline, teamwork, committee representation and federal/state laws regarding personnel management are discussed and emphasized. Quality assessment and improvement standards and requirements of licensing, accrediting, fiscal and other regulatory agencies are presented.
    Credits: 3
  
  • HIT 2060 - Reimbursement Methodologies

    Student Learning Outcomes
    1. Apply insurance terms and abbreviations. (I.D.1). Analyze and differentiate the types of health insurance coverage and polices. (I.D.1).
    2. Explain and compare reimbursement systems: DRGs, APCs, RBRVS, SNF-PPS and IRF-PPS. (I.D.1, I.C.4).
    3. Interpret and summarize Medicare and Medicaid reimbursement, fraud and abuse and compliance. (I.D.1, I.D.3).
    4. Demonstrate knowledge and completion of the health insurance reimbursement forms HCFA 1500 and UB-92, and apply steps in processing and handling different types of insurance reimbursement. (I.D.1, I.D.3, I.D.2).
    5. Explain the impact of data quality of datasets on reimbursement. (I.D.1, I.C.4).
    6. Differentiate and apply standards and calculations of the Medicare/Medicaid reimbursement systems. (I.D.1, III.A.3).
    7. Define and analyze the impact of the Correct Coding Initiative (CCI) on reimbursement. (I.D.3).
    8. Explain the monitoring processes of coding and revenue cycle management and recommend cost-saving and efficient means of achieving work processes and goals. (V.B.3, V.B.4, I.A.5).
    9. Contribute to the definitions for and apply clinical vocabularies and terminologies used in the organizations health information systems. (I.A.4, I.C.7).
    10. Explore organizational compliance with regulations and standards. (I.B.2, I.B.3).

    Course Description
    Focuses on health care reimbursement and purpose of insurance and its benefits from a variety of government and third party payer sponsored health programs. Types of reimbursement methods, concept of managed care, various payment systems, fee schedules, charged description master and fraud and abuse are defined and analyzed. Students analyze, apply and/or calculate various prospective payment systems.
    Credits: 2
  
  • HIT 2096-2996 - Special Topics

    Student Learning Outcomes
    • To be determined based on course topic

    Course Description
    Presents various topics.
    Credits: 1-6

Health

  
  • HLTH 1001 - Clinical Preparation

    Student Learning Outcomes
    1. Perform AHA standard infant, child, & adult CPR; both 1 & 2 person with an AED.
    2. Recognize emergencies and respond accordingly.
    3. HIPAA regulation to protect patient information privacy.
    4. BBP and respond appropriately to exposures of potential infectious dieses.

    Course Description
    Designed to prepare School of Health, Wellness & Public Safety students for their clinical experience in the health discipline they have chosen to study. The course will provide training in CPR, Blood Borne Pathogen, HIPAA, Fire Safety and First Aid. Be advised that CPR certification must be renewed every 2 years. Bloodborne Pathogen and HIPAA certifications must be renewed annually.
    Credits: 1
  
  • HLTH 1010 - Medical Ethics and Law

    Student Learning Outcomes
    1. Define key terms.
    2. Discuss the code of ethics and the responsibilities of healthcare providers.
    3. Identify legal relationships between healthcare providers and patients.
    4. Discuss different types of licensure, registration, and certification of the allied health team.
    5. Discuss the establishment and maintenance of medical records.
    6. Outline proper ethical guidelines for sharing patient medical information.
    7. Discuss the importance and the impact of HIPPA on medical records.
    8. Define conditions for reporting physical abuse.
    9. Compare consent and informed consent.
    10. Differentiate between living will, advance directive, and the durable power of attorney for health care.
    11. Describe the role of physicians and health professionals in death and dying situations.

    Course Description
    This course covers legal relationships of healthcare providers and patients, contractual agreements, professional liability, malpractice, medical practice acts, informed consent, and medical-ethical issues. Emphasis is placed on making sound decisions when faced with ethical or legal dilemmas, legal terms, professional attitudes, and the principles and basic concepts of ethics and laws involved in providing medical services.
    Credits: 1
  
  • HLTH 1020 - Introduction to Healthcare Careers

    Student Learning Outcomes
     

    1. Explore, compare and contrast potential healthcare careers with respect to personal values, knowledge skills, attitudes, educational requirements, program offerings and employment opportunities in order to define and structure career goals.
    2. Define professionalism and the factors that are involved in becoming a professional within the healthcare industry.
    3. Acquire attitudes, values, and behaviors to promote positive human relationships and appropriate communication both verbal and non-verbal in a healthcare setting.
    4. Engage in hands-on healthcare activities which promote problem solving, critical thinking and common core standards in the real world.
    5. Demonstrate knowledge, understanding and the relationship of national standards to ethical and legal responsibilities with the regard to their duties and client rights.
    6. Identify and evaluate personal qualities and commitments of healthcare professionals.
    7. Demonstrate knowledge of CDC and OSHA regulations as they relate to the healthcare industry.
    8. Define personal and work-place safety including body, infection control and environmental safety.
    9. Evaluate and analyze the importance of developing a health lifestyle and the major health risks encountered by healthcare professionals.
    10. Demonstrate an understanding of the US healthcare system and the interdependence of health careers and professional.
    11. Demonstrate job keeping skills by participating in class, work and community projects and activities.
    12. Demonstrate his/her ability to apply reading, communication and math skills in school, community and workplace activities.

    Course Description
    This course is designed to familiarize students with the various careers in the medical field. Students will learn skills necessary for healthcare career pathways including: working with others, communication skills, legal and ethical responsibilities, cultural considerations in the healthcare industry, problem solving, decision making, accepting personal responsibility and self-management. Instructional delivery will engage students in hands-on, real-world activities.
    Credits: 3
  
  • PHLS 1120 - Introduction to Community Health Care

    Student Learning Outcomes
    1. Discuss current health care delivery systems and organization structure, third- party payers, facility ownership, patient rights, and quality care.
    2. Identify procedures for determining care payment eligibility.
    3. Determine public financing options available to clients as well as non- governmental third-party insurance.
    4. Discuss information relevant to healthcare organizations to include workplace behavior, communication and teamwork, legal issues, and decision making in the health care setting.
    5. Display cultural humility for individuals, groups and other department.
    6. Discuss chronic disease management and medication management.
    7. Enable others to increase health literacy and health promotion through capacity building.
    8. Enable individuals and groups to advocate for change in their society.

    Course Description
    Overview of current health care delivery systems and organization structure, third-party payers, facility ownership, patient rights and quality care. Procedures for determining care payment eligibility are also covered. Covers public financing available to clients as well as non-governmental third-party insurance. Provides information relevant to health care organizations to include workplace behavior, communication and teamwork, legal issues and decision making in the health care setting.

Heating, Ventilating, Air Conditioning and Refrigeration

  
  • HVAC 1105 - Refrigerant Fundamentals

    Student Learning Outcomes
    1. Demonstrate industry safety practices.
    2. Define matter and heat.
    3. Explain the direction and rate of heat flow.  
    4. Describe the three methods of heat transfer.  
    5. Identify the reference points of temperature: boiling point, freezing point, critical temperature, and absolute zero.  
    6. Explain the change of state of matter.  
    7. Calculate the total heat (in BTUs) that a pound of any substance contains.
    8. Explain the relationship of pressures and fluids at saturation temperatures.
    9. Identify the relationship between temperature and pressure using the P/T chart.
    10. Define pressure.
    11. Explain atmospheric pressure.
    12. Explain compound gauges and Bourdon tubes.
    13. Explain, calculate, and measure absolute and gauge pressures.
    14. Identify the four major components of the vapor compression refrigeration system.
    15. Describe the basic refrigerant cycle and explain the functions of the four major system components:
    16. compressor, condenser, metering device, and evaporator.  
    17. List the system components that separate the high side from the low side.
    18. Explain units of heat, power, velocity, mass and length.
    19. Identify basic hand and power tools.
    20. Identify tubing tools:
      1. benders;
      2. flaring tools;
      3. swaging tools;
      4. tubing cutters;
      5. reamers.   
    21. Show the proper use of a tubing cutter.
    22. Demonstrate how to make a flared tubing joint.
    23. Measure pressures with the refrigeration gauge manifold.
    24. Measure temperatures with bimetal, thermocouple, or glass stem thermometers.  
    25. Identify types of pipe and tubing used in refrigeration work.
    26. Identify various types of fittings.
    27. Identify and explain applications of soldering and brazing alloys used in HVACR.
    28. Describe heat sink methods.  
    29. Identify types of torches.
    30. Flare, swage and bend copper tubing.  
    31. Solder and braze copper tubing.  
    32. Define types of metering devices:
      1. capillary tubes,
      2. thermal expansion valve,
      3. automatic expansion valve,
      4. low side float,
      5. high side float,
      6. hand expansion valve,
      7. restrictor orifices,
      8. electronic expansion valve,
      9. solid-state expansion valve,
      10. crankcase pressure regulators.
    33. Explain the evaporator and condenser sides of a system.
    34. Identify types of compressors:
      1. hermetic,
      2. semi-hermetic, and
      3. open type. 
    35. Identify centrifugal, rotary, screw, scroll, and reciprocating compressors.
    36. Explain the operation and performance of a condenser.
    37. Define types of condensers: air-cooled, water-cooled and evaporative-cooled.
    38. Identify front and back seat valves in the:
      1. operation and use of the suction and discharge service valves that service the compressor;
      2. application and operation of the king valve at the outlet of the receiver;
      3. application and operation of the queen valve where present, near the receiver;
      4. small system high-side and low-side service ports;
      5. front seating and Schrader valves, original equipment manufacturer (OEM), and field installed. 
    39. Identify Schrader type OEM and field installed access valves in the:
      1. installation and use of clamp-on valves;
      2. installation and use of solder in or on stem valves;
      3. use of A/C front seating/Schrader OEM service valves;
      4. and use of quick disconnects with Schrader-based valves.
    40. Perform a simple leak check.
    41. Demonstrate proficiency by joining the tubing using low-temperature solder, then cutting and brazing them using high-temperature brazing.  
    42. Demonstrate proper use of solder flux, solder rod and silver brazing.
    43. Perform maintenance and service on refrigeration trainers.

    Course Description
    Introduces fundamentals of refrigeration, including components, refrigerants, accessories and hands-on competencies.
    Credits: 4
  
  • HVAC 1110 - Basic Electricity

    Student Learning Outcomes
    Students completing this course will:

    1. Construct and demonstrate the use of ladder diagrams in classroom and lab exercises.
    2. Explain importance of ground fault circuit interrupters.
    3. Fault a ground fault circuit interrupter.
    4. Explain the use of power tools and accessories.
    5. Discuss work habits when working hands-on with live equipment.
    6. Demonstrate & Explain the use of lockout/tag out equipment.
    7. Define amps, volts, ohms and watts and demonstrate understanding of the basic types of electrical measurement.
    8. Demonstrate proper use and of digital and analog voltmeters and measure voltage.
    9. Demonstrate proper use of a clamp-on ammeter and measure AC current.
    10. Demonstrate proper use of an ohmmeter and measure resistance.
    11. Demonstrate industry safety practices.
    12. Use a continuity tester to determine whether an open circuit or dead short exists.
    13. Determine the electrical characteristics of both series and parallel circuits.
    14. Wire, measure and analyze resistance of series, parallel, unequal, and series-parallel circuits.
    15. Define and compare single- and three-phase voltage and current.
    16. Identify types of electrical loads (capacitive, inductive and resistive).
    17. Compare conducting and insulating materials.
    18. Use Ohm’s Law to solve circuit problems and calculate circuit loads.
    19. Define basic electrical terms.
    20. Describe the fundamental principles of electricity.
    21. Demonstrate the use of electrical meters to obtain electrical measurements.
    22. Explain how electrical measurements are used in analyzing and troubleshooting circuits.
    23. Apply principles of fundamental diagram development for constructing schematics.
    24. Differentiate between characteristics of series and parallel circuits.
    25. Apply principles of Ohm’s law to schematics and projects used in the classroom and lab.

    Course Description
    Presents principles of electricity, measurements, safety, wiring procedures, schematics, components of basic circuits and principles and practices in electricity.
    Credits: 3
 

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