May 10, 2024  
Learning Outcomes Catalog 
    
Learning Outcomes Catalog

Courses


 

Early Childhood Multicultural Education

  
  • ECED 2115 - Introduction to Language, Literacy and Reading

    Student Learning Outcomes

    1. Demonstrate knowledge of the many functions that language serves in the cognitive, social, and emotional aspects of development in the formative years.
    2. Demonstrate knowledge of the developmental sequence of language and literacy, including the influence of culture and home factors.
    3. Demonstrate knowledge of how children acquire and use verbal, non-verbal, and alternative means of communication.
    4. Develop partnerships with family members to promote early literacy in the home.
    5. Establish partnerships with community members in promoting literacy.
    6. Demonstrate knowledge of the reading and writing components of emergent literacy at each developmental level.
    7. Provide and use anti-bias materials/literature and experiences in all content areas of the curriculum.
    8. Create and manage a literacy-rich environment that is responsive to each child’s unique path of development.
    9. Use a variety of strategies during adult-child and child-child interactions and facilitate communication and dialogue of expressive language and thought.
    10. Demonstrate a variety of developmentally appropriate instructional strategies that facilitate the development of literacy skills.

     


    Course Description
    This course is designed to prepare early childhood professionals for promoting children’s emergent literacy and reading development. Through a developmental approach, the course addresses ways in which early childhood professionals can foster young children’s oral language development, phonemic awareness, and literacy problem solving skills, fluency, vocabulary, and comprehension. . This course provides the foundation for early childhood professionals to become knowledgeable about literacy development in young children. Instructional approaches and theory-based and research based strategies to support the emergent literacy and reading skills of native speakers and English language learners will be presented.
    Credits: 3

  
  • ECED 2120 - Curriculum Development through Play Birth through Age 4 (PreK)

    Student Learning Outcomes

    1. Use appropriate guidance to support the development of self-regulatory capacities in young children.
    2. Demonstrate knowledge of relevant content for young children and developmentally appropriate ways of integrating content into teaching and learning experiences for children from birth to four (0-4) years of age.
    3. Demonstrate the integration of knowledge of how young children develop and learn with knowledge of the concepts, inquiry tools, and structure of content areas appropriate for different developmental levels.
    4. Adapt content to meet the needs of each child, including the development of individualized family service plans (IFSP) or individualized education plans (IEP) for children with diverse abilities through the team process with families and other team members.
    5. Demonstrate knowledge of varying program models and learning environments that meet the individual needs of all young children, including those with diverse abilities.
    6. Create environments that encourage active involvement, initiative, responsibility, and a growing sense of autonomy through the selection and use of materials and equipment that are suitable to individual learning, developmental levels, diverse abilities, and the language and cultures in New Mexico.
    7. Create and manage inclusive learning environments that provide individual and cooperative opportunities for children to construct their own knowledge through various strategies that include decision-making, problem solving, and inquiry experiences.
    8. Demonstrate understanding that each child’s creative expression is unique and can be encouraged through diverse ways, including creative play.
    9. Plan blocks of uninterrupted time for children to persist at self-chosen activities, both indoors and outdoors.
    10. Demonstrate understanding of the influence of the physical setting, schedule, routines, and transitions on children and use these experiences to promote children’s development and learning.
    11. Use and explain the rationale for developmentally appropriate methods that include play, small group projects, open-ended questioning, group discussion, problem solving, cooperative learning and inquiry experiences to help young children develop intellectual curiosity, solve problems, and make decisions.
    12. Demonstrate a variety of developmentally appropriate instructional strategies that facilitate the development of emergent literacy skills.
    13. Demonstrate knowledge of assessment techniques, interpretation of assessment information in the application of this data to curriculum development of intervention planning.

     


    Course Description
    The beginning curriculum course places play at the center of curriculum in developmentally appropriate early
    childhood programs. It addresses content that is relevant for children birth through age four in developmentally and culturally sensitive ways of integrating content into teaching and learning experiences. Information on adapting content areas to meet the needs of children with special needs and the development of IFSPs is included. Curriculum development in all areas, including literacy, numeracy, the arts, health, science, social skills, and adaptive learning for children, birth through age four, is emphasized.
    Credits: 3

  
  • ECED 2121 - Curriculum Development through Play Birth through Age 4 (PreK) Practicum

    Student Learning Outcomes
    1. Provide a variety of activities that facilitate development of the whole child in the following areas: Physical/motor, social/emotional, language/cognitive and adaptive/living skills.
    2. Develop, implement and evaluate an integrated curriculum that focuses on children’s development and interests, using their language, home experiences, and cultural values.
    3. Provides and uses anti-bias materials and literature, and experiences in all content areas of the curriculum.
    4. Create and manage inclusive learning environments that provide individual and cooperative opportunities for children to construct their own knowledge through various strategies that include decision-making, problem solving, and inquiry experiences.
    5. Demonstrate understanding that each child’s creative expression is unique and can be encouraged through diverse ways, including creative play.
    6. Plan blocks of uninterrupted time for children to persist at self-chosen activities, both indoors and outdoors.
    7. Demonstrate understanding of the influence of the physical setting, schedule, routines, and transitions on children and use these experiences to promote children’s development and learning.
    8. Use and explain the rationale for developmentally appropriate methods that include play, small group projects, open-ended questioning, group discussion, problem solving, cooperative learning and inquiry experiences to help young children develop intellectual curiosity, solve problems, and make decisions.

    Course Description
    The beginning practicum course is a co-requisite with the course Curriculum Development through Play – Birth through Age 4. The field based component of this course will provide experiences that address curriculum content that is relevant for children birth through age four in developmentally and culturally sensitive ways of integrating content into teaching and learning experiences. Information on adapting content areas to meet the needs of children with special needs and the development of IFSPs is included. Curriculum development in all areas, including literacy, numeracy, the arts, health, science, social skills, and adaptive learning for children, birth through age four, is emphasized.
    Credits: 2
  
  • ECED 2130 - Curriculum Development and Implementation Age 3 (PreK) through Grade 3

    Student Learning Outcomes
    1. Use appropriate guidance to support the development of self-regulatory capacities in young children.
    2. Demonstrate the integration of knowledge of how young children develop and learn with knowledge of the concepts, inquiry tools, and structure of content areas appropriate for different developmental levels.
    3. Demonstrate knowledge of what is important in each content area, why it is of value, and how it links with early and later understandings within and across areas.
    4. Demonstrate knowledge of the language, reading and writing components of emergent literacy at each developmental level.
    5. Adapt content to meet the needs of each child, including the development of individualized family service plans (IFSP) or individualized education plans (IEP) for children with diverse abilities through the team process with families and other team members.
    6. Demonstrate knowledge of varying program models and learning environments that meet the individual needs of all young children, including those with diverse abilities.
    7. Create environments that encourage active involvement, initiative, responsibility, and a growing sense of autonomy through the selection and use of materials and equipment that are suitable to individual learning, developmental levels, diverse abilities, and the language and cultures in New Mexico.
    8. Create and manage inclusive learning environments that provide individual and cooperative opportunities for children to construct their own knowledge through various strategies that include decision-making, problem solving, and inquiry experiences.
    9. Demonstrate understanding that each child’s creative expression is unique and can be encouraged through diverse ways, including creative play.
    10. Plan blocks of uninterrupted time for children to persist at self-chosen activities, both indoors and outdoors.
    11. Demonstrate understanding of the influence of the physical setting, schedule, routines, and transitions on children and use these experiences to promote children’s development and learning.
    12. Demonstrate knowledge of developmentally appropriate uses of technology, including assistive technology.
    13. Demonstrate knowledge of assessment techniques, interpretation of assessment information in the application of this data to curriculum development of intervention planning.

    Course Description
    The curriculum course focuses on developmentally appropriate curriculum content in early childhood programs, age 3 through third grade. Development and implementation of curriculum in all content areas, including literacy, numeracy, the arts, health and emotional wellness, science, motor and social skills, is emphasized. Information on adapting content areas to meet the needs of children with special needs and the development of IEP’s is included.
    Credits: 3
  
  • ECED 2131 - Curriculum Development and Implementation Age 3 (PreK) through Grade 3 Practicum

    Student Learning Outcomes
    1. Provide a variety of activities that facilitate development of the whole child in the following areas: Physical/motor, social/emotional, language/cognitive and adaptive/living skills.
    2. Develop, implement and evaluate an integrated curriculum that focuses on children’s development and interests, using their language, home experiences, and cultural values.
    3. Provides and uses anti-bias materials and literature, and experiences in all content areas of the curriculum.
    4. Create and manage inclusive learning environments that provide individual and cooperative opportunities for children to construct their own knowledge through various strategies that include decision-making, problem solving, and inquiry experiences.
    5. Demonstrate understanding that each child’s creative expression is unique and can be encouraged through diverse ways, including creative play.
    6. Plan blocks of uninterrupted time for children to persist at self-chosen activities, both indoors and outdoors.
    7. Demonstrate understanding of the influence of the physical setting, schedule, routines, and transitions on children and use these experiences to promote children’s development and learning.
    8. Use and explain the rationale for developmentally appropriate methods that include play, small group projects, open-ended questioning, group discussion, problem solving, cooperative learning and inquiry experiences to help young children develop intellectual curiosity, solve problems, and make decisions.

    Course Description
    The beginning practicum course is a co-requisite with the course Curriculum Development and Implementation: Age 3 through Grade 3. The field based component of this course will provide experiences that address developmentally appropriate curriculum content in early childhood programs, age 3 through third grade. Development and implementation of curriculum in all content areas, including literacy, numeracy, the arts, health and emotional wellness, science, motor and social skills is emphasized. Information on adapting content areas to meet the needs of children with special needs and the development of IEPs is included.
    Credits: 2
  
  • ECED 2140 - Effective Program Development for Diverse Learners and their Families

    Student Learning Outcomes
    1. Describe important aspects of leadership that an administrator in an early childhood setting must demonstrate.
    2. Identify and describe ways in which classrooms can have a multicultural environment.
    3. Observe a classroom and identify, using photographs, good practice with classroom environment.
    4. Describe important aspects of a good early childhood curriculum.
    5. Describe how culture and socioeconomic factors influence classroom environment.

    Course Description
    This course addresses the role of a director/ administrator in the implementation of family-centered programming that includes individually appropriate and culturally responsive curriculum in a healthy and safe learning environment for all children and their families.
    Credits: 3
  
  • ECED 2141 - Effective Program Development for Diverse Learners and their Families Practicum

    Student Learning Outcomes
    Varies by section.
    Course Description
    Provides opportunities for students to apply knowledge gained from Curriculum for Diverse Learners and their Families in a practicum setting.
  
  • ECED 2150 - Relationships and Reflective Practice in Infant Family Studies

    Student Learning Outcomes
    1. Identify and describe differences in cultural practice in child-rearing that will enable the caregiver to work effectively with families of diverse cultural backgrounds.
    2. Identify and describe ethical and professional considerations to be followed in working with families.
    3. Identify and describe key behaviors in caregiver and infant relationships.

    Course Description
    This course is intended to develop a philosophical and ethical base for the Family, Infant, Toddler entry-level practitioner. Students will develop professional skills in advocacy, policy, family and collegial relationship- building, and reflective practice. Students are required to complete a field experience of 45 hours. Students must complete the practicum hours to pass this course.
    Credits: 3
  
  • ECED 2151 - Relationships and Reflective Practice in Infant Family Studies Practicum

    Student Learning Outcomes
    1. Demonstrate basic understanding of the impact of the staff-parent relationship as it relates to positive, mutually satisfying and growth-promoting parent-child interactions.
    2. Use basic understanding of and respect for the family’s role in the development of their infant and toddler within diversity of culture, community and ability.
    3. Develop the ability to work collaboratively with the community toward promoting the health, welfare, and development of infants and toddlers, including those with or at-risk for developmental delay.
    4. Demonstrate ability to carry out responsibilities with infants and families in a professional manner and engage as a professional.

    Course Description
    This course provides application of knowledge gained from Relationships and Reflective Practice in Infant Family Studies. Students must pass a background check to successfully complete the course requirements. Students are required to complete a practicum of 45 hours.
     
    Credits: 2
  
  • ECED 2215 - Program Management

    Student Learning Outcomes
    1. Develop a comprehensive program philosophy.
    2. Demonstrate the ability to develop systems that are effective for quality program operation.
    3. Create a program budget and understand the Income and Expense sides and what affects each part.
    4. Model best practices that integrate various leadership styles.

    Course Description
    This course emphasizes the technical knowledge necessary to develop and maintain an effective early care and education program. It focuses on sound financial management and vision, the laws and legal issues that affect programs, and state and national standards such as accreditation.
    Credits: 3
  
  • ECED 2240 - Infant Toddler Growth and Development (Prenatal to 3)

    Student Learning Outcomes
    1. Demonstrate understanding of significant theories of child development.
    2. Identify and describe significant milestones in child development.
    3. Identify and describe major stages in infant brain development
    4. Apply understanding of how delayed development will affect the different domains
    5. physical-motor, perception, cognition, learning, language, personality, emotional, and social behavior.
    6. Explore and describe cultural differences in child development.

    Course Description
    Provides both basic knowledge of typically and atypically developing young children from the prenatal period to 36 months and a foundational understanding for the promotion of the health, well- being and development of all infants and toddlers within the context of family, community and cultural environments. The course examines infancy and toddlerhood with an emphasis on the interrelationship of cognitive, physical, social and emotional development, mental health and early parent-child relationships. Students must complete the practicum hours to pass this course.
    Credits: 3
  
  • ECED 2241 - Infant Toddler Growth and Development Practicum

    Student Learning Outcomes
    1. Demonstrate basic understanding of the impact of the staff-parent relationship as it relates to positive, mutually satisfying and growth-promoting parent-child interactions.
    2. Use basic understanding of and respect for the family’s role in the development of their infant and toddler within diversity of culture, community and ability.
    3. Develop a basic level of ability to work collaboratively with the community toward promoting the health, welfare, and development of infants and toddlers, including those with or at-risk for developmental delay. Demonstrate ability to carry out responsibilities with infants and families in a professional manner and engage as a professional.

    Course Description
    This course provides application of knowledge gained from Infant Toddler Growth and Development. Students must pass a background check to successfully complete the course requirements. Students are required to complete a practicum of 45 hours.
    Credits: 2
  
  • ECED 2245 - Effective Principles and Practices in Infant Family Studies

    Student Learning Outcomes
    1. Develop a theoretical understanding of infant and toddler development in the context of the close relationship with the caregiver.
    2. Observe an experienced infant caregiver and reflect on the physical, social, emotional practices that create relationships with young children.
    3. Describe the team approach to working with young children.

    Course Description
    This course is intended to assist students in developing strong nurturing relationships with infants/toddlers in partnership with caregivers. Students will gain an understanding of how children learn in the context of the relationships with their primary caregivers, how to meet the needs of very young children (birth to three years of age) in a variety of care giving settings, and how to meet the needs of adults who are addressing the needs of very young children and their families through relationship-based practices.
    Credits: 3
  
  • ECED 2280 - Professional Relationships

    Student Learning Outcomes
    1. Interview an administrator and write a paper describing personnel management, staff support, supervision, and professional development.
    2. Identify and describe ethical and legal requirements in maintaining a professional relationship with subordinates, the community, clients, and fellow administrators.
    3. Identify and describe technologies which may be used in an early childhood setting.
    4. Identify and describe legal and ethical considerations in the employment of others.

    Course Description
    This course addresses staff relations that will foster diverse professional relationships with families, communities and boards. Topics of staff recruitment, retention, support and supervision will lay the foundation for positive personnel, family and community relationships.
    Credits: 3
  
  • ECED 2281 - Professional Relationships Practicum

    Student Learning Outcomes
    Varies by section.
    Course Description
    Provides opportunities for students to apply knowledge gained from Professional Relationships in a practicum setting. 
  
  • ECME 2241 - Early Childhood Mentorship I

    Student Learning Outcomes
    1. Describe how to assist practicum students in the design, implementation, and evaluation of learning experiences that promote all children’s development and learning. 
    2. Define reflective practice and use facilitate reflective dialogue to examine one’s own pedagogical knowledge base as well as practicum students’ knowledge base. 
    3. Research and apply anti-bias curriculum in the early childhood environment. 
    4. Use knowledge of adult learners in the context of mentoring 

    5. Create written plans on effective communication with mentee including how to resolve conflicts, how to listen to different perspectives and provide constructive feedback. 

    Course Description
    This course examines the role of mentor teacher and addresses the methods and principles of guiding pre-service early childhood students.  Students will examine the concept of professional growth while developing skills and strategies for mentorship.   Adult learning theories, cultural competency, conflict resolution, parent involvement, and professionalism will be studied and applied to early childhood mentoring.
    Credits: 3
  
  • ECME 2242 - Early Childhood Mentorship II

    Student Learning Outcomes
    1. Create a document that uses theory to support how creative expression and play and implemented in your classroom. 

    2. Connect reflective practice and evaluation to enhancing professional practices and effectiveness as an educator.
    3. Develop and implement a cultural diversity plan that honors the diversity of language and culture in the early childhood classroom.
    4. Create a mentor profile based on student’s understanding of curriculum and documentation, self-reflection, and leadership and collaboration skills.

    Course Description
    This course builds on the knowledge and skills gained in Early Childhood Mentorship I in guiding pre-service early childhood students.   Students will engage in practices that lead to becoming self-aware educators who use ongoing reflection and growth in examining their own practice and as mentors.  Students will use self-reflection tools that enhance their role as mentor teachers in early childhood settings.
    Credits: 3
  
  • ECME 2996 - Special Topics

    Student Learning Outcomes
     

    • To be determined based on course topic

    Course Description
    Presents various topics.
    Credits: 1-6

Earth and Planetary Science

  
  • GEOL 1110 - Physical Geology

    Student Learning Outcomes
    1. Recall, describe or explain geologic vocabulary.
    2. Identify or explain aspects of the geologic time scale and compare the uses and limitations of relative and absolute dating.
    3. Recognize or explain the evidence used to support the theory of plate tectonics. Describe or identify how plate tectonics is related to the structure and features of the Earth.
    4. Describe the formation of, and describe, compare, and classify minerals.
    5. Identify or describe the three main rock types, how each forms in the context of the rock cycle and what each indicates about its environment of formation.
    6. Recognize or explain the fundamentals of surface and groundwater hydrology and discuss the impact of human activities on water quality and quantity.
    7. Describe or discuss the processes that are responsible for specific geologic hazards (e.g., earthquakes, volcanic eruptions, mass movement, flooding, etc.).
    8. Recognize or describe the geologic processes involved in the formation and concentration of geologic resources.

    Course Description
    Physical Geology is an introduction to our dynamic Earth introducing students to the materials that make up Earth (rocks and minerals) and the processes that create and modify the features of our planet. The course will help students learn how mountains are formed, how volcanoes erupt, where earthquakes occur, and how water, wind, and ice can shape the landscape. Students will also develop a basic understanding of the ways humans have altered the planet including our impact on natural resources and global climate change.

  
  • GEOL 1110L - Physical Geology Laboratory

    Student Learning Outcomes
    1. Use physical properties to identify mineral specimens.
    2. Describe, classify, and identify igneous, sedimentary, and metamorphic rocks and their textures.
    3. Utilize the principles of stratigraphy to provide an explanation of the geologic history portrayed in a photograph or cross-section.
    4. Explain how contour lines are used to represent topography, use map scales to measure distances on the ground, and construct topographic profiles.
    5. Identify landforms from images and topographic maps.
    6. Interpret geologic maps and construct geologic cross-sections.
    7. Acquire and communicate scientific data, ideas, and interpretations through written, oral, or visual means. Examples may include creating and describing graphs, maps and photos.
    8. Apply critical thinking skills such as inductive, deductive, and mathematical reasoning to solve geological problems.

    Course Description
    Physical Geology Lab is the laboratory component of Physical Geology.
    Students will learn to identify rocks and minerals in hand samples, work with topographic maps, geologic maps, and geologic cross-sections, and apply stratigraphic principles to explore geologic time.

  
  • GEOL 1130 - Dinosaurs and Their World

    Student Learning Outcomes
    1. Demonstrate a basic understanding of stratigraphy, sedimentology, taphonomy, fossils, and fossil collecting.
    2. Describe aspects of the Mesozoic Era including plate tectonic settings, paleoenvironments, atmospheric/oceanic circulation systems, and paleoclimates.
    3. Define “dinosaur” and list key evolutionary traits.
    4. Summarize, analyze or critique research concerning the question of whether dinosaurs were warm- or cold-blooded.
    5. Explain the difference between the major dinosaur groups.
    6. Summarize the origin and early evolution of birds.
    7. Analyze, compare or critique hypotheses surrounding the end-Cretaceous mass extinction.
    8. Analyze or discuss the media representation of dinosaurs and compare with factual information presented in class.

    Course Description
    Dinosaurs and Their World is a survey of the fossil record, evolution, paleobiology and extinction of dinosaurs, and the animals with which they shared the Earth.
  
  • GEOL 2110 - Historical Geology

    Student Learning Outcomes
    1. List the major principles of stratigraphy and biostratigraphy and discuss their significance.
    2. Recognize or explain how sedimentary rocks can be used to interpret ancient environments.
    3. Recognize or explain how plate tectonics has affected the distribution of life, climate, and sea level.
    4. Describe the process of Darwinian evolution.
    5. Demonstrate a basic knowledge of biodiversity.
    6. Recognize and explain taphonomy and the biases inherent in the fossil record.
    7. Discuss the major mass extinctions recorded by fossil evidence including potential causes and organisms affected.
    8. Compare relative versus absolute time and explain how geologists determine the ages of rocks, fossils, and the Earth.
    9. Discuss the development of the geologic time scale.
    10. Recognize or explain the history of life on Earth during major time periods and describe major biological innovations through time.
    11. Recognize or explain the physical geologic evolution of Earth over time.

    Course Description
    This course reviews the major geological and biological processes and events over the Earth’s 4.6-billion-year history. Students will learn about the formation of the Earth and its development through time including changes in the lithosphere, atmosphere, hydrosphere, and biosphere. The interrelationships between the physical aspects of Earth history and biological origins, evolution of species, and causes of extinctions will be explored.
    Credits: 3
  
  • GEOL 2110L - Historical Geology Laboratory

    Student Learning Outcomes
    1. Explain or discuss geologic time and how the geologic time scale was developed.
    2. Recognize or explain how geologic time is measured.
    3. Describe and use the basic principles of stratigraphy and explain how stratigraphy can be used to interpret sedimentary environments.
    4. Describe and use the basics of paleontology and how fossils can be used to interpret ancient sedimentary environments.
    5. Identify fossils in hand samples and explain how organisms are preserved in the fossil record.
    6. Identify, explain, or interpret geologic structures on geologic maps.
    7. Reconstruct the history of geologic events using geologic maps and cross-sections.
    8. Construct cross-sections,fence diagrams, and isopach maps from stratigraphic sections and thickness data.

    Course Description
    Historical Geology Laboratory is the laboratory component of Historical Geology. This course applies geologic principles and techniques to reconstruct the history of Earth. Students will explore key concepts of geologic time and stratigraphy, identify fossils and use fossils to make stratigraphic correlations.  Students will employ actualism to determine past depositional environments.
    Credits: 1
  
  • GEOL 2140 - Geology of New Mexico

    Student Learning Outcomes
    1. Identify or describe New Mexico’s physiographic provinces.
    2. Reconstruct and interpret New Mexico’s geologic history using geologic maps.
    3. Identify and describe New Mexico’s orogenic provinces and explain the state’s orogenic history.
    4. List, describe, or explain major periods of igneous activity in New Mexico’s history.
    5. Describe how magma types relate to rock types, plutonic bodies, volcanic landforms, and eruptive processes.
    6. Describe when, where, and why ancient seas covered portions of New Mexico and explain what the sedimentary rock record tells us about these seas and their inhabitants.
    7. Identify or interpret unconformities and their significance.
    8. Explain the changes in New Mexico’s flora and fauna over time as revealed in the fossil record.
    9. Recognize or describe the geologic processes involved in the formation and concentration of our natural resources.

    Course Description
    This course is a tour of the geologic history and natural places of New Mexico.  Students will explore the materials (rocks and minerals) that make up New Mexico and the processes that created and continue to shape our state.  Students will learn about mountains, rivers and seas that have come and gone, and New Mexico’s rich fossil heritage. Students will discover where and why volcanoes erupted, and where natural resources are found and extracted.


Economics

  
  • ECON 1110 - Survey of Economics

    Student Learning Outcomes
    1. Gain and demonstrate a contextual understanding of economic terms and concepts.
    2. Recognize and analyze common economic issues which relate to individual markets and the aggregate economy.
    3. Learn basic economic principles that influence global trading and challenges relating to globalization.
    4. Outline the implications of various economic policies on individuals and on economies.
    5. Demonstrate ability to use diagrams and graphs to explain economic principles, policies and their applications.
    6. Appreciate and understand how individual decisions and actions, as a member of society, affect economies locally, nationally and internationally.
    7. Explain the roles of governments in influencing buyer and seller behavior in the market and how government failure occurs when intervention fails to improve or actually worsens economic outcomes.
    8. Be able to apply course concepts to interpret, evaluate and think critically about economic events and policies, especially as regularly reported in the media and other public forums.

    Course Description
     

    This course will develop students’ economics literacy and teaches students how economics relates to the everyday life of individuals, businesses and society in general. The course will also introduce students to the roles different levels of governments play in influencing the economy.  At the conclusion of the course, students will be able to identify economic causes for various political and social problems at national and international levels, and have a better understanding of everyday economic issues that are reported in media and public forums.

    Credits: 3
  
  • ECON 2110 - Macroeconomic Principles

    Student Learning Outcomes
     

    1. Explain the concepts of opportunity cost, comparative advantage and exchange.
    2. Demonstrate knowledge of the laws of supply and demand and equilibrium and use supply and demand curves to analyze responses of markets to external events.
    3. Explain the circular flow model and use the concepts of aggregate demand and aggregate supply to analyze the response of the economy to disturbances.
    4. Explain the concepts of gross domestic product, inflation and unemployment and how they are measured.
    5. Describe the determinants of the demand for money, the supply of money and interest rates and the role of financial institutions in the economy.
    6. Define fiscal policy and monetary policies and how these affect the economy.
    7. Students will be able to identify the causes of prosperity, growth, and economic change over time and explain the mechanisms through which these causes operate in the economy.

    Course Description
    Macroeconomics is the study of national and global economies. Topics include output, unemployment and inflation; and how they are affected by financial systems, fiscal and monetary policies.
  
  • ECON 2120 - Microeconomic Principles

    Student Learning Outcomes
    1. Explain the concept of opportunity cost.
    2. Demonstrate knowledge of the laws of supply and demand and equilibrium.
    3. Use supply and demand curves to analyze responses of markets to external events.
    4. Use supply and demand analysis to examine the impact of government intervention.
    5. Explain and calculate price elasticity of demand and other elasticities.
    6. Demonstrate an understanding of producer choice, including cost and break-even analysis.
    7. Compare and contrast the following market structures: perfect competition, monopoly, monopolistic competition, and oligopoly.

    Course Description
    This course will provide a broad overview of microeconomics. Microeconomics is the study of issues specific to households, firms, or industries with an emphasis on the role of markets. Topics discussed will include household and firm behavior, demand and supply, government intervention, market structures, and the efficient allocation of resources.
    Credits: 3
  
  • ECON 2125 - Society & Environment

    Student Learning Outcomes
    1. Describe historical patterns and trends of resource use and pollution creation for the US and the world.
    2. Apply the concept of environmental externalities to a variety of real world situations.  
    3. Use cost-benefit analysis to analyze policies to reduce pollution and discuss shortcomings of this approach.
    4. Compare and contrast different policies for pollution reduction, including taxes, tradable permit systems, and direct regulatory approaches, with respect to both costs and effectiveness.
    5. Identify common property resources and use information on extraction costs and market demand to predict outcomes and devise policies to improve outcomes.
    6. Study one environmental issue in depth and apply a variety of the tools developed in this class to the issue. Produce a written research paper.
    7. Describe the scientific evidence of climate change, summarize current global and national climate change policies and evaluate proposed policies with respect to effectiveness and cost.

    Course Description
    Introduces students to environmental and natural resource issues of both global and local scale.  No prior economics coursework is required; basic economic tools will be introduced and then applied to a variety of environmental problems. This course will cover a variety of topics, including water & energy conservation, pollution taxes, tradable pollution permits and global warming.
    Credits: 3
  
  • ECON 2996 - Special Topics

    Student Learning Outcomes
    Varies.
    Course Description
    Varies.
    Credits: 3

Education

  
  • ARTE 2214 - Art in Elementary and Special Classrooms

    Student Learning Outcomes
    1. Understand the importance of art in education.
    2. Recognize and implement the elements of art and the principles of design in their own art work.
    3. Understand the artistic cognitive, affective, motor, and sensorial development of children.
    4. Prepare and present an integrated art lesson.
    5. Understand the scope of art history and utilize examples in lesson plan.
    6. Learn effective teaching techniques in handling art materials, classroom management, and classroom procedures.
    7. Develop personal creative growth teaching art by reflecting on the readings in their journals.
    8. Learn how to relate the visual arts to music, drama, dance, language arts, math, social studies, and science.

    Course Description
    Art in Elementary and Special Classrooms Course is designed to introduce elementary education majors to the teaching of visual art. Students will study art, art history; childhood art developmental stages and will write a research paper on an artist and prepare an art lesson plan inspired by that artist. Students will create art projects using various materials and methods and learn about the integration of the arts into other core subjects.
    Credits: 3
  
  • CEPY 2110 - Learning in the Classroom

    Student Learning Outcomes
    1. Define learning and compare and contrast the factors that cognitive, behavioral, and humanistic theories believed to influence the learning process, giving specific examples of how these principles could be used in the classroom.
    2. Observe and reflect upon the teaching learning processes in economically, socially, culturally and educationally diverse classroom populations in order to develop a current understanding of students and families in public and private school.
    3. Discuss how theories of information processing and cognitive theories of learning can impact memory, study strategies, and how certain teaching techniques can help students learn.
    4. Compare teacher-centered and student-centered approaches to learning, and to identify a positive learning environment.
    5. Identify various methods to motivate students and create effective learning environments.
    6. Use major concepts of child and adolescent development, human learning, and social and cultural influences in planning and implementing classroom instruction, strategies, and management.
    7. Evaluate the best means of accommodating instruction to meet individual needs and differences.
    8. Students will examine how learning style, cultural and social issues and learning disabilities impact the learner’s effectiveness in the classroom setting.
    9. Explain different types of assessment used to assess learning and provide examples of effective assessment practices.
    10. Discuss the relationship between motivation and classroom management.

    Course Description
    This class introduces you to the basic principles of learning, including cognition, motivation, and assessment. You will examine the relationships between theory, research, and practice in learning, memory, child development, motivation, and educational assessment for the school setting. This course will provide the student with concepts and principles of educational psychology that will form a framework for thinking about learning and instruction and how theories of learning are connected to classroom situations.
    Credits: 3
  
  • ECED 2860 - Emergent Literacy: Foundations for PreK-Grade 3 Literacy Instruction

    Student Learning Outcomes
    1. Students will develop interdisciplinary lesson plans using early childhood guidelines and Common Core State Standards
    2. Students will explain how their lesson plans include explicit connections to family, school, and community literacy practices. 
    3. Students will facilitate a learning experience that explicitly addresses the needs of second language and students with disabilities.

    Course Description
    Applies theoretical knowledge needed to guide the literacy development of young children. Explores the developmental influences on early learning, examines the role of language in supporting literacy and numeracy development students and identifies methods that support early literacy development. Uses research-based early literacy principles to develop curriculum that builds phonemic and phonological awareness, print concepts, phonics, vocabulary development, and foundations for fluency and comprehension.  
    Credits: 3
  
  • ECED 2862 - Developmentally Appropriate Observation, Assessment, and Learning Environments

    Student Learning Outcomes

    1. Students will apply knowledge of child development and developmentally appropriate practice as it relates to best practices in early childhood environments.   
    2. Students will use authentic assessment and observational practices as the foundation for classroom practice while considering the effects of cultural and socio-economic factors and key legal and ethical issues.  
    3. Students will design and implement learning environments that address the ways in which children effectively acquire knowledge of concepts through the use of inquiry tools and intentional structure of content. 
    4. Students will construct curricular plans using developmentally appropriate practice that meets the academic, social, and emotional needs of all young children PreK-3rd grade, including those with diverse abilities.

    Course Description
    Examines developmentally appropriate practice for PreK-3rd grade classrooms with a specific focus on observational assessment and learning environments. Investigates formal and informal methods of evaluating student growth and learning including observational techniques and content area assessments. Introduces the design of learning environments in all content areas including literacy, social studies, mathematics, science, and the arts. A focus on the importance of play and social interaction will inform this course. 

     
    Credits: 3

  
  • ECED 2864 - Child Guidance and Supporting Positive Behavior: Child, Family, Community and Culture

    Student Learning Outcomes
    1. Students will use effective and professional methods to communicate with culturally diverse families to create safe and welcoming classroom environments. 

    2. Students will create guidance plans that support the development of self-regulatory capacities in young children and take into account knowledge of socioeconomic conditions, family structures, relationships, stressors, and supports (including the impact of having a child with diverse abilities), home language, and ethnicity.

    Course Description
    Applies developmental theory and positive behavior support practices to facilitate child guidance in a classroom setting.  Examines developmentally appropriate methods for supporting each child academically, emotionally, and socially.  Includes involvement of families from diverse cultural and linguistic backgrounds and working with children with special needs.  Identifying and addressing challenging behaviors through IFSP/IEP support are integrated into all aspects of this course.
    Credits: 3
  
  • EDUC 1120 - Introduction to Education

    Student Learning Outcomes
    1. Describe the teaching and learning of various American education settings including early childhood, elementary, middle school, high school, and special education.
    2. Describe how teachers use educational theory and the results of research of students’ learning.
    3. Explain the techniques for establishing a positive and supportive environment in the classroom
    4. Identify and describe instructional strategies supported by current research to promote thinking skills of all learners.
    5. Recognize the teachers’ role and responsibilities in an increasingly diverse, multicultural society.

    Course Description
    Introduction to the historical, philosophical, sociological foundations of education, current trends, and issues in education; especially as it relates to a multicultural environment. Students will use those foundations to develop effective strategies related to problems, issues and responsibilities in the field of education.
    Credits: 3
  
  • EDUC 1190 - Introduction to Education Practicum

    Student Learning Outcomes
    1. Observe teaching and learning to identify the skills and dispositions of effective teachers.
    2. Demonstrate an understanding of personal attitudes and motivations for entering the field of education.
    3. Students will explore the development of curriculum as relates to student understanding and develop an original lesson that emphasizes transfer.
    4. Identify effective teaching strategies that enhance student learning outcomes.
    5. Identify classroom management techniques and learning styles.

    Course Description
    Applies understanding of the field of teacher education in a field-based 45-hour practicum in a K-12 school-based setting in general or special education.  Students will observe and apply the knowledge from EDUC 1102 to classroom practice.
    Credits: 1
  
  • EDUC 2097 - Independent Study

    Student Learning Outcomes
    1. Review and discuss defined content (as determined between instructor and student).
    2. Apply critical concepts in an appropriate context (as determined between instructor and student).

    Course Description
    Studies a specific problem while working with assigned instructor.
    Credits: 42374
  
  • EDUC 2190 - Supervised Field Experience

    Student Learning Outcomes
    1. At the end of this course it is expected that students will have met or be making significant progress toward meeting all competencies listed in the NMPED Entry Level Teacher Competencies and the NM Teacher Competencies.
    2. This course specifically addresses the competency areas listed below, organized according to the Core Values of the CNM Education Program. (Core Values: Critically Reflective Practice & Professionalism)
    3. Reflect on, analyze, and evaluate the effect of his or her choices and actions on others, including students, parents, and other professionals in the learning community, and will be able to use this knowledge to improve the learning process. (NMPED Entry Level Teacher Competency: A-1)
    4. Actively seek out opportunities to grow professionally, including participation in professional organizations and professional development such as conferences, workshops, classes and research, colleagues, and other resources to support self-development as a learner and as a teacher. (NMPED Entry Level Teacher Competency: A-2)
    5. Evaluate lesson plans through observation of classroom interactions, questioning, and analyzing student work and uses assessment of student learning to improve his or her own teaching and to revise curriculum. (NMPED Entry Level Teacher Competency: B-9) (Core Values: Diversity & Multicultural Perspectives)
    6. Provide a safe classroom environment where individual differences are respected (NMPED Entry Level Teacher Competency: C-4).
    7. Understand how students differ in their approaches to learning and create instructional opportunities that are adapted to diverse learners (NMPED Entry Level Teacher Competencies: B-1, B-2, B-5, F-1).
    8. Develop sequential lessons that include knowledge of the discipline, student diversity, the local community, and the district/state curriculum goals (NMPED Entry Level Teacher Competencies: B-1, B-10).
    9. Use a variety of assessment tools to provide diverse opportunities for students to demonstrate knowledge and skills. (NMPED Entry Level Teacher Competency: D-11 and INTASC Standards and Indicators: 8).
    10. Maintain high expectations for the success of all students while establishing a classroom environment where students believe they can be successful. (NMPED Entry Level Teacher Competency: K-5).
    11. Understand how children learn and develop, and provide learning opportunities that support their cognitive, social, aesthetic, emotional, and physical development and use formal and informal assessment strategies to evaluate and ensure the continuous intellectual, social, physical, and aesthetic development of the learner. (NMPED Entry Level Teacher Competency: I-2)
    12. Understand special education regulations, different levels of disabilities, and the development and use of individualized education plans and implement necessary modifications and adaptations in instruction and curriculum so that students with disabilities have access to the general education curriculum in the least restrictive environment. (NMPED Entry Level Teacher Competencies: H-1, H-2, H-3 and NM Teacher competency 2-E).
    13. Understand how students differ in their approaches to learning based on diverse cultural and linguistic backgrounds and create instructional opportunities that are adapted to these diverse learners. (NMPED Entry Level Teacher Competency: F-1 and NM Teacher competency 7-D).
    14. Demonstrate sensitivity to New Mexicos unique linguistic and cultural diversity and use knowledge of different cultural contexts within the community (socio-economic, ethnic, cultural) to connect with the learner through types of interaction and assignments. (NMPED Entry Level Teacher Competency: F-7 and INTASC Standards and Indicators: 3). (Core Values: Collaboration)
    15. Understand the principles of effective classroom management and use a range of strategies to promote positive relationships and cooperation in the classroom. (NMPED Entry Level Teacher Competency: C-2 and INTASC Standards and Indicators: 5).
    16. Collaborate with specialists, support personnel, colleagues, parents and administrators for the success of the individual student. (NMPED Entry Level Teacher Competency: C-8).
    17. Recognize that family and community can be used as teaching resources to enhance learning and childrens self-value. (NMPED Entry Level Teacher Competency: G-5).
    18. Communicate to parents and community members, student progress, important events and school activities. (NMPED Entry Level Teacher Competency: G-6).
    19. Use technology to enhance communication and collaboration. (NMPED Entry Level Teacher Competency: E-2, adapted).

    Course Description
    Applies learning theory and practices from all previous coursework in an advanced supervised fieldwork experience. Course competencies are built upon national and state standards and focus on planning, developing and implementing curriculum for diverse learners. Students are required to meet competencies as defined by the NM Public Education Department through a minimum of 160 contact hours in an approved education setting.
    Credits: 3
  
  • EDUC 2222 - Literacy/Language Instruction for ESL Learners

    Student Learning Outcomes
    1. Evaluate current theories, research and pedagogical practices for teaching linguistic skills related to oral and written language development for second language learners.
    2. Understand how to modify teaching strategies and materials for students for whom English is a second language.
    3. Develop short standards-based instructional plans incorporating an understanding of the above.
    4. Develop an understanding of multiple assessment tools in order to use them for enriching and extending individual students oral, reading and writing needs.
    5. Examine specific linguistic and affective issues as they relate to second language students in the southwest.
    6. Explore the implications of these issues for teaching and learning in the classroom.

    Course Description
    Provides an understanding of second language acquisition and develops a strong basis for instruction of literacy/language to English as a Second Language learners in K-12 classrooms.
    Credits: 3
  
  • EDUC 2224 - ESL Across the Content Areas

    Student Learning Outcomes
    1. Describe the meaning and the goals of Sheltered English as defined by leading authorities in the field of ESL.
    2. Implement strategies and teaching techniques for Sheltered English in a classroom with ESL students.
    3. Modify teaching strategies and materials for students for whom English is a second language.
    4. Develop short standards-based instructional plans incorporating an understanding of the above.
    5. Describe how culture and background impact individual learning and teaching.
    6. Reflect on personal teaching method, style, techniques and strategies as a way to improve professionally.

    Course Description
    Provides an understanding of the goals, strategies and teaching techniques for effectively teaching content to ESL students in K-12 classrooms.
    Credits: 3
  
  • EDUC 2225 - Theories and Principles of Bilingual Education

    Student Learning Outcomes
    1. Apply knowledge of the philosophical, historical, legal, theoretical, and sociological foundations of bilingual education programs, including a knowledge of national, state and local curriculum requirements and standards.
    2. Describe major models and prototypes of bilingual and English as a second language programs and components of such programs.
    3. Recognize potential linguistic and cultural biases of assessment instruments and procedures when prescribing a program for the second language learner.
    4. Identify the legal issues concerning the education of language minority children in New Mexico.
    5. Articulate the importance of advocating knowledge of bilingual education among peers, family, and community.
    6. Analyze current trends related to the education of culturally and linguistically diverse students.

    Course Description
    Focuses on the foundations of Bilingual Education/ESL in U.S. schooling with an emphasis on program models and issues in schooling for bilingual learners. This class is taught primarily in Spanish.
    Credits: 3
  
  • EDUC 2226 - Instructional Methods and Strategies for the Bilingual Classroom

    Student Learning Outcomes
    1. Demonstrate knowledge of the nature of bilingualism and the process of becoming bilingual.
    2. Apply knowledge of theories of first and second language acquisition by utilizing teaching methods appropriate to various language groups, distinct learning styles, and different developmental levels.
    3. Use theories, approaches, methods, and techniques for teaching listening, speaking, reading, and writing in two or more languages in the development of literacy, mathematics, social studies, science , art, music, and physical education.
    4. Demonstrate curriculum planning and classroom management skills, including procedures for identifying biases and deficiencies in existing curriculum and strategies to modify the curriculum to better address student linguistic, cultural, and developmental needs in English and the language other than English
    5. Apply strategies to develop, acquire, adapt and evaluate materials appropriate to the bilingual/multicultural classroom.
    6. Demonstrate abilities to organize, plan and teach specific lessons in required curriculum areas using the appropriate terminology in English and the language other than English.
    7. Explore, evaluate and use technology including applications, tools, educational software, and assorted documentation for culturally and linguistically diverse students.
    8. Use culturally relevant information and materials from the community for curriculum content and instructional materials
    9. Evaluate growth of learners first and second language in the context of the curriculum.

    Course Description
    Develops knowledge of and use of theories, approaches, methods, and strategies for teaching literacy, biliteracy and other academic skills in English and the native language for elementary classrooms. This class is taught primarily in Spanish.
    Credits: 3
  
  • EDUC 2230 - Introduction to Gifted Education

    Student Learning Outcomes
    • See Teacher Education Endorsements.

    Course Description
    Introductory course in the education of gifted students. Provides overview of current and historical issues in the field. Introduces intellectual, social, emotional, developmental, and educational characteristics of gifted students. Appropriate educational opportunities and programming are discussed. Designed for those students currently working in education.
    Credits: 3
  
  • EDUC 2231 - Curriculum for Gifted Learners

    Student Learning Outcomes
    • See Teacher Education Endorsements

    Course Description
    Focuses on curriculum content, process, and product-evaluation modifications for gifted learners. Students will gain an understanding of various curriculum models to include the enrichment triad, multiple menu, autonomous learner, parallel curriculum, and integrated curriculum models. Students will develop curriculum and lesson plans to meet the needs of gifted education learners. Designed for those students currently working in education.
    Credits: 3
  
  • EDUC 2232 - Strategies for Teaching Gifted Learners

    Student Learning Outcomes
    • See Gifted Endorsement

    Course Description
    Presents differentiated instructional strategies for teaching gifted learners, including modifications in content, process, products and environment. Designed for those students currently working in education.
    Credits: 3
  
  • EDUC 2240 - Foundations of Career and Technical Education

    Student Learning Outcomes

    1. Examine the historical, social, economic, and political background that undergirds career and technical education (CTE) in the United States and the role of CTE in public schooling.
    2. Evaluate and analyze teacher practice in the career and technical education (CTE) classroom.
    3. Develop and refine their own pedagogical beliefs regarding effective teaching and learning and use it to identify and develop strategies for professional practice.
    4. Examine educational practice as it relates to issues of race, class, gender, language, sexuality, and other socially constructed categories.
    5. Understand the NMTEACH rubric as it applies to teacher evaluation in New Mexico.
    6. Network and collaborate with other CTE teachers (or teacher candidates) around the state.

     


    Course Description
    Examines career and technical education history, philosophical foundations, pedagogical practices, policies, goals and objectives, and professional organizations. Course competencies are built upon national, state, and professional standards and include understanding the need to develop and refine beliefs, goals, and strategies for effective teaching practice, the value of diversity in education, and the ethics of professional practice.
    Credits: 3

  
  • EDUC 2242 - Curriculum Development for Career Technical Education

    Student Learning Outcomes
    1. Examine and evaluate existing career and technical education (CTE) curriculum to determine efficacy with regard to student learning outcomes, project-based learning, purposeful assessment (formative and summative), and standards-based grading.
    2. Design project-based curriculum relevant to their specific CTE field utilizing learning theory and backward design curricular principles.
    3. Engage in networking and collaborative discussion with regard to effective curriculum development and implementation.

    Course Description
    Applies theories of backwards design toward development of curriculum, assessment and evaluation for the career and technical education (CTE) classroom. Course competencies focus on applying the principles of curriculum design for student learning, designing standards-based curricula, developing summative performance tasks using assessment principles, and evaluating data and student work to inform instruction.   
    Credits: 3
  
  • EDUC 2243 - Children’s Literature

    Student Learning Outcomes
    1. Students will evaluate children’s literature
    2. Students will identify ways in which children’s literature leads to effective literacy instruction
    3. Students will participate in a collaborative learning community to discuss literature and connect to instruction that is anchored by children’s literature as mentor texts across subjects

    Course Description
    This course focuses on the building familiarity with high quality, culturally responsive, and authentic children’s literature with the purpose of supporting literacy instruction in K-8 classrooms. Students will be introduced to a range of literature and strategies for incorporating this literature into their instruction.
    Credits: 3
  
  • EDUC 2244 - Methods and Classroom Design for Career and Technical Education

    Student Learning Outcomes

    1. Identify and apply best practices for developing and implementing classroom culture, physical environment (including lab spaces), classroom management, and communication in the career technical education (CTE) setting.
    2. Evaluate how their personal experiences, beliefs, and attitudes about teaching and learning influence their choices on classroom culture, physical environment, classroom management and communication in the career technical education (CTE) setting.
    3. Identify and apply instructional strategies that support effective classroom management, student engagement, and safe learning environments.
    4. Engage in networking and collaborative discussion with regard to effective classroom organization and management


    Course Description
    Provides an overview of teaching methods, instructional strategies, classroom management and assessment in career and technical education (CTE), with a focus on the integration of technological resources. Addresses meeting the needs of diverse learners through differentiation and effective engagement. Includes a focus on organization and management strategies for CTE including facility planning and management and facilitating a safe learning environment. 
    Credits: 4

  
  • EDUC 2246 - Supporting Diverse Learners in the CTE Classroom

    Student Learning Outcomes
    1. Explore the diverse populations of students found in career and technical education, including English Language Learners, students with special learning needs, and students with non-traditional academic backgrounds.
    2. Identify and compare strategies to address diverse learning needs, including the application of differentiation in lesson planning and instructional delivery.
    3. Identify and compare strategies to address the integration of content-area literacy instruction in career and technical education (CTE) classrooms.
    4. Engage in networking and collaborative discussion with regard to effective curriculum development and implementation.

    Course Description

    Examines approaches to teaching that support the needs of diverse learners in the career and technical education (CTE) classroom with a particular emphasis on English language learners and students with special educational needs.  Course competencies are built on classroom strategies for effective engagement, differentiating for individual and diverse student needs through lesson planning, and a focus on content-area literacy to support student reading, writing, speaking, and listening skills in the CTE field.
    Credits: 3
  
  • EDUC 2250 - Foundations of Education

    Student Learning Outcomes
    1. Teacher candidates will evaluate effective teaching through 1) collecting specific evidence (such as artifacts, quotes, student actions, and teacher actions) that supports analysis and critique, 2) developing critiques of what makes for effective instruction in multiple contexts, and 3) identifying explicit examples of how their critiques of teachers and teaching will inform their own choices as educators.
    2. Teacher candidates will analyze teacher practices as influenced by educational experience, race, class, gender, language, sexuality, and other socially constructed categories, and teacher beliefs as they are manifest in the classroom.

    Course Description
    Examines the historical, philosophical and social paradigms that define the modern teaching profession. Course competencies are built upon national, state, and professional standards and include understandings the need to develop and refine beliefs, goals, and strategies for effective teaching practice, the value of diversity in education, and the ethics of professional practice. Students participate in a 25-hour school-based practicum. 
    Credits: 3
  
  • EDUC 2260 - Emergent Literacy for Diverse Learners

    Student Learning Outcomes
    1. (Core Values: Critically Reflective Practice & Professionalism)
    2. Engage in critical reflection as a means to developing a personal theory of literacy instruction.
    3. Participate in an on-going process of researching current educational issues and practices (NMPED Entry Level Teacher Competencies: A-3, F-6, J-a).
    4. Identify and evaluate the major research-based approaches to reading instruction
    5. Reflect upon individual teaching strategies and their effects on student literacy development and use findings to improve upon overall instruction (NMPED Entry Level Teacher Competencies: D-5, J) (Core Values: Diversity & Multicultural Perspectives)
    6. Develop an understanding of the fundamentals of literacy development and instruction to better support the diversity of student needs in literacy development and instruction (NMPED Entry Level Teaching Competencies: F-6, J-a, J-c,)
    7. Identify the phonemic, morphemic, semantic, syntactic, and pragmatic systems of language and their relation to the reading process characterize the role of metacognition in reading and writing
    8. describe the patterns of child growth and development and their relation to the teaching of reading
    9. define emergent literacy and identify research-based methods for supporting early literacy development
    10. identify role of oral language in the development of literacy
    11. identify the stages of second language acquisition and the theories that underscore ESL methodology
    12. identify the competencies and benchmarks necessary for appropriate language and reading development
    13. identify integrated language/reading activities that support student achievement and interest in all phases of language development
    14. Develop an understanding of the principles of effective reading instruction to support the literacy learning of diverse students (NMPED Teacher Competencies: H-4, H-5, H-6, F-6, F-7)
    15. identify effective methods, strategies and materials that support the literacy development of all students
    16. address literacy differences among students through a literature-based approach to instruction, which focuses on the cognitive, social, emotional and cultural factors that underlie these literacy differences
    17. identify the unique cultural aspects of New Mexico students as they relate to literacy development and instruction
    18. identify the major approaches to literacy instruction as it pertains to Second Language Learners (a.k.a. ESL/TESOL)
    19. describe modification of methodologies, techniques, and materials for teaching reading to children with special needs
    20. implement developmental, corrective and remedial instructional strategies in the teaching of reading
    21. identify the state standards and benchmarks that guide reading instruction in New Mexico
    22. Develop an understanding of the continuous assessment process in reading instruction (NMPED Entry Level Teaching Competencies: B-5, B-9)
    23. Identify assessments that are appropriate to the developmental levels and unique cultural aspects of students
    24. Assess students reading abilities using formal and informal reading assessments (Core Values: Collaboration)
    25. Recognize that family and community can be used as teaching resources to enhance learning and childrens self-value (NMPED Entry Level Teaching Competency: G-5)

    Course Description
    Examines the fundamentals of literacy development for emergent readers. Course competencies are built upon national and state standards for reading and focus on the development and assessment of oral language, phonemic awareness, alphabetic principle, phonics, sight words, fluency, spelling, and student vocabulary. Demonstrates research-based methods, materials, and strategies for diverse learners, including differentiation and interventions for struggling readers. Requires field experience as part of the course.
    Credits: 3
  
  • EDUC 2262 - Intermediate Literacy for Diverse Learners

    Student Learning Outcomes

    1. Teacher candidates will evaluate assessment data and develop/implement universally designed, differentiated, standards-aligned, and age-appropriate reading instruction based upon the needs and abilities of diverse students.

     


    Course Description
    Examines the essential components of intermediate literacy instruction with an emphasis on grades 4-8. Course competencies are built upon national and state standards for elementary reading and focus on the development and assessment of student vocabulary, academic language, background knowledge, reading comprehension, and student research and analysis of narrative and expository texts. Students will learn about research-based methods, materials, and strategies including differentiation, interventions, and considerations for ensuring accessibility for a diverse student population including struggling readers, students with disabilities, and English language learners.
    Credits: 3

  
  • EDUC 2264 - Reading and Writing in Secondary Education for Diverse Learners

    Student Learning Outcomes

    1. Teacher candidates will teach content area literacy lessons that accommodate and support the diverse needs and abilities of all* adolescent learners using differentiated materials and evidence-based strategies.
    2. Teacher candidates will facilitate and apply professional learning about literacy instruction using reflection and peer collaboration.

    *Note: Reference to all learners includes culturally and linguistically diverse, English learners, and students with learning disabilities.

     


    Course Description
    Examines the essential components of content area literacy instruction for students in grades 7-12. Course competencies are built upon national and state standards for secondary literacy instruction, content area literacy, and focus on the design and integration of explicit reading and writing instruction using differentiated materials and evidence-based strategies. Students will learn about research-based methods, materials, and strategies including differentiation, interventions, and considerations for ensuring accessibility for a diverse student population including struggling readers, students with disabilities, and English language learners.
    Credits: 3

  
  • EDUC 2284 - Classroom Management and Effective Teaching Strategies

    Student Learning Outcomes
    1. Understanding Philosophical Orientations (Core Value connections: Critically Reflective Practice & Professionalism) 
    2. Explore and analyze classroom practices based upon various philosophical orientations, teaching styles, and teaching dimensions.
    3. Creating engaging, motivating learning environments that support the success of all students (Core Value Connections: Diversity & Multicultural Perspectives)
    4. Explore ways to implement effective instructional techniques to support the needs of diverse learners (Supports NMPED Entry Level Teacher Competencies: B-2, F-1, G-2, H-8, K-1)
    5. identify instructional approaches that are adaptive to diverse learners use families and community as teaching resources to enhance learning and students self-value
    6. adjust lessons and strategies as specified by the modifications for students with exceptionalities with regard to academic levels, physical environment, emotional and transition needs
    7. identify and implement various techniques and teaching strategies that enhance student motivation
    8. Create safe classroom environments where individual differences are respected (NMPED Entry Level Teacher Competency: C-4)
    9. Identify and implement techniques that develop positive self-esteem, social and emotional skills, and character traits necessary for healthy, productive individuals and positive social interactions
    10. arrange the physical classroom environment that is optimal to learning, safety and respect for individual differences Establish a classroom environment where students believe they can be successful while maintaining high expectations for the success of all students (NMPED Entry Level Teacher Competency: K-5).
    11. Building respectful and responsive relationships with students, families and the community. (Core Value connections: Collaboration, Diversity, Multicultural Perspectives)
    12. Understand the principals of effective classroom management and can use a range of strategies to promote positive relationships and cooperation in the classroom (Supports NMPED Entry Level Teacher Competencies: C-2, C-10, C-11)
    13. identify and use preventative management techniques
    14. use various signals and cues to assist in effective classroom management
    15. manage transition times
    16. manage time and materials effectively to minimize distraction and disruptions
    17. use communication techniques to build positive relationships and enhance student motivation and collaboration
    18. utilize feedback in a manner that encourages motivation and collaboration
    19. Reflect on, analyze, and evaluate the effect of his or her choices and actions on others, including students, parents, and other professionals in the learning community, and will be able to use this knowledge to improve the learning process. (NMPED Entry Level Teacher Competencies: A-1)
    20. Recognize that family and community can be used as teaching resources to enhance learning and childrens self-value (NMPED Entry Level Teaching Competency: G-5)
    21. Develop strategies to foster relationships with school colleagues, parents, and agencies in the larger community to support students learning and well-being (Supports NMPED Entry Level Teaching Competencies: C-8, G-5, G-7, H-8)

    Course Description
    Examines the cognitive, interactive, and student-centered principles and structures of best practice teaching across the curriculum and among students of diverse languages, abilities, backgrounds and learning styles. Investigates effective methods and strategies for increasing K-12 student learning and motivation. Course competencies include best practices for classroom setup and climate, classroom management, student/teacher responsibility and communication, activities and assignments, teacher attitude and outlook. Requires field experience as part of the course.
    Credits: 3
  
  • EDUC 2285 - Curriculum Development Assessment and Evaluation I

    Student Learning Outcomes

    1. Teacher candidates will design discipline and grade-level relevant project-based curriculum, including appropriate summative assessments (and scoring tools, e.g., rubrics, checklists), utilizing the learning theory and curricular principles outlined in Understanding by Design.

     


    Course Description
    Applies the curricular and assessment principles and tools of Understanding by Design in the development of Common Core State Standard-aligned curriculum, assessment and evaluation.  Course competencies are built upon national and state standards and focus on 1) applying the principles of curriculum design for student learning, 2) designing standards-based curricula, 3) developing summative performance tasks using assessment principles, and 4) evaluating data and student work to inform instruction.
    Credits: 3

  
  • EDUC 2286 - Curriculum Development Assessment and Evaluation II

    Student Learning Outcomes

    1. Teacher candidates will create developmentally and culturally responsive, differentiated classroom instructional plans and assessments using the principles and processes of Understanding by Design and Differentiated Instruction.

     


    Course Description
    Applies the curricular and assessment principles and tools learned in  to lesson planning for the day-to-day and week-to-week classroom. Course competencies are built upon national and state standards and focus on 1) clearly identifying student learning goals, 2) developing formative assessments for learning, 3) engaging students in their own learning, and 4) differentiating for individual and diverse student needs.
    Credits: 3

  
  • EDUC 2315 - Educating Linguistically and Culturally Diverse Students

    Student Learning Outcomes

    1. Describe the needs, abilities, and strengths of linguistically and culturally diverse students, including factors that affect student access to learning
    2. Describe key concepts and models of bilingual education, including theories of first and second language acquisition
    3. Design a K-12 curriculum unit using culturally relevant materials and practices for anti-bias education
    4. Develop critical dispositions for becoming a culturally inclusive educator, including self-reflection

    Course Description
    Course familiarizes students with history, theory, practice, culture and politics of second language pedagogy and culturally relevant teaching. Examines theoretical and practical issues related to diversity of culture, race, gender, language, socioeconomic, and ability level in the classroom. Students will be introduced to effective teaching methods for linguistically and culturally diverse learners, including critical teaching behaviors and essential best practices for diverse students. 

     
    Credits: 3

  
  • EDUC 2375 - Technology Integration in the Classroom

    Student Learning Outcomes
    1. Use technology tools and information resources to facilitate academic learning for the 21st century classroom.
    2. Use content area standards that reflect best practices in teaching and learning with technology in the K-12 classroom.
    3. Use technology to support learner-centered strategies that increase access and address the diverse needs of all students, including second language learners and student receiving special education services.

    Course Description
    Students apply knowledge of learning theory to explore how to incorporate educational technology as a classroom tool in the K-12 learning environment. Students will use classroom technology to enhance curriculum development and application to the classroom. Examines the impact of technology on the changing role of the teacher.

Electrical Trades

  
  • ELTR 1005 - Electrical Theory I

    Student Learning Outcomes
    1. Describe the components of an electrical circuit, electron theory, structure of an atom, properties of conductors, semiconductors, and insulators, sources of electricity, and the conversion of electrical energy.
    2. Describe and identify the characteristics of DC circuits, units of electrical measurement, characteristics of current, resistance, and voltage in a circuit, characteristics of a combination circuit, electrical components, safety training, intent and purpose of the National Electrical Code, definitions and division of articles in the NEC.
    3. Interpret NEC applications to residential wiring and the NEC enforcement on electrical codes, selection and calculation of conductor maximum ampacity including correction for ambient temperature of Branch circuit conductors, production of a sinusoidal wave, key differences between AC and DC current, applications and theory of electrical components such as inductors, capacitors and transformers.
    4. Upon successful completion of this course the student will define the following concepts and demonstrate her/his ability to apply them to the electrical trade by means of written examinations and assignments, with a minimum accuracy of 71%.
    5. Describe the components of an electrical circuit, electron theory, structure of an atom, properties of conductors, semiconductors, and insulators, sources of electricity, and the conversion of electrical energy.

    Course Description
    Covers the basic concepts of DC and AC theory with emphasis on electron theory, units of electrical measurement, NEC terminology, and selection of branch circuit conductors.
    Credits: 4
  
  • ELTR 1015 - Electrical Math I

    Student Learning Outcomes
    1. Demonstrate the ability to calculate complex mathematical formulas such as algebraic formulas and units of measure, whole numbers, common and decimal fraction operations, Ohm’s Law for series and parallel circuits, and mathematics involving Kirchoff’s Law.
    2. Select and solve complex mathematical formulas commonly used in the electrical industry such as mathematics involving power formulas, calculations for solving combination series-parallel circuits, Pythagorean Theorem geometry, and trigonometry.
    3. Select and solve complex mathematical formulas commonly used in the electrical industry such as calculations of phase angles, calculations of period, frequency, and wavelength, calculation of RMS, peak, and instantaneous voltage, and calculations electrical values such as impedance, voltage, current in series-parallel resistive, capacitive, and inductive circuits.
    4. Apply basic arithmetic functions, electrical formulas, calculaions of material and circuit load requirements, rules for series, parallel and cominarion circuits and mehancical work and power.

    Course Description
    Applies basic arithmetic functions, electrical formulas, calculations of material and circuit load requirements, rules for series, parallel and combination circuits and mechanical work and power.
    Credits: 4
  
  • ELTR 1020 - Electrical DC/AC Lab

    Student Learning Outcomes
    1. Demonstrate and describe the functions of safety as it applies to the lab procedures and occupational safety, electrical symbols, series-parallel circuits and testing for electrical units of measure such as voltage, current,resistance using analog and digital voltmeters, ohmmeters and ammeters, conductors and insulators, magnetism and electromagnetism, trades tools and electrical materials used in the electrical industry.
    2. Design and wire series resistive, parallel resistive, and series-parallel combination circuits on the laboratory circuit boards using correct materials.
    3. Demonstrate on the laboratory analog or digital multimeters the ability to measure resistance, current, and voltage on selected DC resistive circuits.
    4. Demonstrate on their personally owned digital multimeter the ability to measure resistance, current, and voltage on selected DC resistive circuits.

    Course Description
    Emphasis is placed on safety. Covers electrical circuitry, meters, power sources, conductors, insulators, reactive circuits and application of the National Electrical Code.
    Credits: 3
  
  • ELTR 1030 - AC Circuitry, Motors, Generators

    Student Learning Outcomes
    1. Demonstrate and describe the functions of magnetism and electromagnetism, sinusoidal waveforms as it relates to AC voltage, generation of AC waveforms, conductors and insulators, series and parallel circuits, transformers and transformer ratios, Inductance and inductive reactance in electrical circuits, capacitance and capacitive reactance in electrical circuits, RLC electrical circuits, Trade tools and electrical materials used in the electrical industry.
    2. Demonstrate the ability to construct and measure AC series and parallel resisitve circuits, combination series-parallel AC circuits, and AC inductive-resisitive circuits using the standard lab kits and digital or analog multimeters.
    3. Design and construct electrical circuits such as single-pole switch control of lighting, single-pole control of receptacles, single-pole control of split-wired receptacles, single-pole control of receptacle/lighting combinations, three-way switch control of lighting and receptacles, and four-way switch control for lighting,in the residential laboratory using correct trade materials.

    Course Description
    Covers combination circuit analysis, RLC circuitry, DC/AC motors, generators, solid-state components, wiring methods for single pole and three-way switches and application of the National Electrical Code. Stresses safety.
    Credits: 3
  
  • ELTR 1096-1996 - Special Topics

    Student Learning Outcomes
    • To be determined based on course topic

    Course Description
    Presents various topics.
    Credits: 1-6
  
  • ELTR 1210 - Electrical Theory II

    Student Learning Outcomes
    1. Demonstrate knowledge of safety and lockout procedures.
    2. Define trade terms and conductor identification and identify electrical equipment, tools and conductors.
    3. Determine and calculate branch circuits, standard calculations, baseboard heaters for a single-family dwellings, boxfill, conduit fill, range conductor sizes, and ampacity adjustments.
    4. Determine 100A overhead service requirements, find motor sizes and protection using the NEC, find code articles using code searches, calculate conduit bending problems.
    5. Interpret state and national electrical codes.
    6. Determine overhead and underground service requirements as required by state and national electrical codes.
    7. Design and illustrate electrical drawings and diagrams.

    Course Description
    Covers the application of the National Electrical Code, local codes and regulations for installation of branch circuits, services, feeders, temporary services and associated materials and equipment for residential and light commercial applications.
    Credits: 4
  
  • ELTR 1215 - Blueprint Reading I

    Student Learning Outcomes
    1. Describe and explain how electrical wiring is conveyed to the electrician through the use of electrical symbols and notations on electrical drawings.
    2. Draw electrical circuits on a residential floor plan.
    3. Evaluate and complete an electrical material take-off for a residence.
    4. Identify and illustrate electrical symbols used in residential and commercial construction.
    5. Calculate square footage and locate position of electrical devices using a tape measure and an architect’s scale.

    Course Description
    Provides instruction in reading and interpreting blueprints and specifications. Emphasizes terminology, symbols, notations, scaling, dimensioning and basic blueprint drawing techniques.
    Credits: 4
  
  • ELTR 1220 - Residential Wiring Lab

    Student Learning Outcomes
    1. Demonstrate and describe jobsite safety procedures.
    2. Demonstrate the ability to install electrical circuits such as single-pole, three and four way lighting circuits, heating and cooling system circuits, door chime circuits, and residential and light commercial branch-circuits.
    3. Demonstrate and/or describe the function of Overcurrent Protection in an electrical system.
    4. Demonstrate the ability to analyze blueprint applications as it applies to electrical installations.
    5. Demonstrate the ability to analyze the National Electrical Code as it applies to electrical installations.

    Course Description
    Covers safety, tools, materials, single pole switches, receptacles, overcurrent protection, three- and four-way switches, pilot switches, door chimes, dryer and range receptacles and swamp coolers. NEC requirements for light commercial applications.
    Credits: 3
  
  • ELTR 1230 - Residential Electrical Services

    Student Learning Outcomes
    1. Demonstrate and/or describe pipe bending calculations and techniques.
    2. Demonstrate and/or describe Overhead and Underground electrical service installations.
    3. Demonstrate and/or describe the function of the NEC, State of New Mexico, and local utility compliance.
    4. Demonstrate and/or describe main panel and sub panel installations and replacement.

    Course Description
    Presents the study and building of residential services, installation of circuit panels, hand bending and installation of EMT conduit in adherence to the National Electrical Code.
    Credits: 3
  
  • ELTR 2005 - Electrical Theory III

    Student Learning Outcomes
    1. Demonstrate the basic safety rules and locout/tagout when working on electrical systems.
    2. Demonstrate the ability to use various formulas used in conduit bending and select proper raceway size dependent up on the conductor sizes and number.
    3. Demonstrate the ability to read and interpret electrical drawings.
    4. Demonstrate the ability to calculate branch and feeder circuits conductor sizes and over current protection and boxfill on junction boxes, according to the National Electrical Code and State of New Mexico electrical code.
    5. Demonstrate the ability to correctly size and draw connections for single phase and three phase transformers.
    6. Identify various types of hazardous or classified locations.
    7. Explain grounding requirements for electrical systems.

    Course Description
    Introduces commercial/industrial aspects of electrical safety, tools, materials, power distribution systems, services, hazardous locations and blueprint reading in accordance with the National Electrical Code.
    Credits: 4
  
  • ELTR 2015 - Electrical Motor Control Theory

    Student Learning Outcomes
    1. List safety precautions used when working on an electrical circuit.
    2. Identify and describe applications for devices and equipment used in motor control circuits.
    3. Explain the principles of operation of manual motor starters.
    4. Read, draw, and interpret line diagrams for motor control circuits such as basic two wire control circuits, basic three wire control circuits, jog circuits, sequential control circuits, timing circuits, forward and reversing circuits, braking and plugging circuits.
    5. Select proper protection for motors and motor control circuits in accordance with the National Electrical Code.
    6. Identify connections for various single and three phase motors.

    Course Description
    Introduces students to the symbology and method of interpreting and drawing electromechanical motor control circuitry. NEMA standards are studied in detail.
    Credits: 4
  
  • ELTR 2020 - Industrial Motor Control Lab

    Student Learning Outcomes
    1. Demonstrate proper safety procedures while working in the lab including operating proper lockout/tagout procedures.
    2. Design and install various electro-mechanical motor controls circuits including basic two wire control circuits, basic three wire control circuit, jog circuits, sequential control circuits, forward and reversing circuits, braking and plugging circuit, time delay control circuits, and phase protection circuits.
    3. Demonstrate the ability to correctly make the proper wiring connections for 230V/460V, three-phase wye motors, and 230V/460V, three-phase delta motors.
    4. Demonstrate the ability to design and troubleshoot a motor control circuit using motor control software on the computer.

    Course Description
    Covers safety, electromechanical relay-type motor control, momentary push button switches, limit switches, proximity switches, pneumatic timers, forward/reverse starters, three-phase motors and National Electrical Code requirements.
    Credits: 3
  
  • ELTR 2030 - Industrial Power Distribution

    Student Learning Outcomes
    1. Demonstrate the ability to perform typical operations with hand tools and power tools when performing electrical installations such as cutting and threading conduit using power tools, using hand, ratchet, and hydraulic knockout punches when installing electrical conduit, using power actuated tool and fastening devices, bending conduit using hand, mechanical, and hydraulic bending methods.
    2. Demonstrate the ability to pull wire through electrical conduit by hand using a fish tape and vacuum systems and mechanical pullers.
    3. Demonstrate the ability to interpret and layout electrical installations as per blueprint drawings.
    4. Demonstrate the ability to correctly wire a transformer and three phase panel boards based on the given and needed voltage and connect them in an electrical system.
    5. Demonstrate the ability to correctly install various splicing devices on electrical conductors.

    Course Description
    Covers safety, use of mechanical and hydraulic benders, use of power threaders, knock-out punches, hammer drills and power actuated fasteners, cable installation, wire pulling and the application of the NEC.
    Credits: 3
  
  • ELTR 2096-2996 - Special Topics

    Student Learning Outcomes
    • To be determined based on course topic

    Course Description
    Presents various topics.
    Credits: 1-7
  
  • ELTR 2205 - Industrial Electrical Circuitry Safety


    Course Description
    Emphasizes safety principles and standards used in the electrical field and techniques for electrical troubleshooting.
    Credits: 3
  
  • ELTR 2210 - Programmable Logic Controller Theory

    Student Learning Outcomes
    1. List the safety requirements as per OSHA and the electrical lab safety policies for electrical work performed in the work place.
    2. List and define the purpose of the components for setting up a master control, emergency stop safety circuit for PLC installation.
    3. Diagram and label the correct wiring and components for PLC operation according to NEC, OSHA, and NEMA standards.
    4. Design programs and program programmable controllers which implement safety measures for equipment and personnel.
    5. Troubleshoot and correct problems with control wiring and program errors.
    6. Design PLC programs that perform given criteria for industrial processes such as timer instructions for PLCs, PLC installation and troubleshooting, developing PLC diagrams and programs, PLC sequencer Instructions, MCR and SCL instructions, and Data manipulation instructions.

    Course Description
    Introduces the principles of operation of a programmable controller, the numbering systems used by controllers, logic fundamentals and basics of programming.
    Credits: 4
  
  • ELTR 2220 - PLC Installation and Operation

    Student Learning Outcomes
    1. List and apply safety requirements as per OSHA guielines for all electrical work including lockout/tagout procedures and MSDS sheets.
    2. Demonstrate the ability to set up and hard wiremotor controls circuits such as stop/start motor control relays with indicator lights, stop/start/jog motor control relays with indicator lights, and a master safety circuit for PLC’s.
    3. Demonstrate the ability to set up, define, and wire input and output device for PLC modules.
    4. Identify the main components of a PLC, common operating modes, and describe their functions.
    5. Evaluate, troubleshoot, and correct problems with control wiring and programming errors.

    Course Description
    Covers installation and programming of programmable logic controllers in accordance with manufacturer’s specifications and NEC requirements. Covers stimulating fundamental industrial control processes with various input and output devices.
    Credits: 3
  
  • ELTR 2230 - PLC Systems Operation and Troubleshooting

    Student Learning Outcomes
    1. Identify, wire, and describe the functions and components of a PLC system.
    2. Describe the functions of I/O modules and demonstrate the ablilty to explain I/O addressing on advance systems.
    3. Define and apply numbering systems such as binary, decimal, hexadecimal, and convert them from one system to another.
    4. Develop gate logic and convert relay ladder to a relay logic program.
    5. Develop timer instructions, counter instructions and compare their functions.
    6. Identify data tables, memory tables, and develop sequencing.
    7. List and apply safety requirements as per OSHA guidelines and Lab Safety policies for all electrical work including lockout/tagout procedures and MSDS sheets.

    Course Description
    Covers intricate industrial wiring, motor controls and motor troubleshooting, programmable controller timer, counter and sequence program operations and the troubleshooting techniques involved.
    Credits: 3
  
  • ELTR 2610 - Photovoltaic Installation Safety

    Student Learning Outcomes
    1. Identify OSHA Construction Standard requirements for PV system installation jobsite safety.
    2. Describe the hazards of electrical shock, the effects of electrical current on the human body and methods used to control electrical hazards, including GFCI’s, lockout/tagout, and proper grounding.
    3. Identify proper use of PPE, fall protection, scaffolds, hand and power tools, and ladders ued for photovoltaic installations.
    4. Demonstrate an awareness of potential jobsite hazards, and the ability to identify hazard controls.

    Course Description
    Safety aspects of electrical installations for photovoltaic worksites covering: Use of electrical meters, GFCI protection, LOTO, OSHA requirements, PPE, lifesaving equipment, fall protection, ladders, scaffolds, stairways, hazard communication, MSDS, and material handling.
    Credits: 2
  
  • ELTR 2620 - Photovoltaic Theory/Design and Installation

    Student Learning Outcomes
    1. Identify the factors affecting the quantitiy and composition of the solar radiation received by PV systems on Earth.
    2. Describe the purposes and funstions of the major componenets in PV systems.
    3. Identify factors to consider in a preliminary assessment, including the local solar resource, environmental conditions, and local building coe and utility interconnection requirements.
    4. Discuss PV module basics including the photvoltaic effect, the fundamental operation of PV devices, the differences between PV cells, modules, and arrarys, PV modules output charcteristics, and the types of PV technology available.
    5. Identify the common types of PV system energy storage systems, the operations of batteries and the considerations for designing battery banks.
    6. Understand PV inverter functions, specifications, and ratings.

    Course Description
    Photovoltaic installation topics and aspects of PV overview, electrical principles, solar resource, electrical load analysis, PV site analysis, PV design, PV components, PV system wiring, grid tie vs. stand-alone systems, battery backup systems, installation considerations.
    Credits: 3
  
  • ELTR 2630 - Advanced PV Theory /Design/ Installation/ Maintenance and Commissioning

    Student Learning Outcomes
    1. Identify electrical codes, regulations, and practices applicable to PV systems.
    2. Evaluate the design priorities for PV systems in different applications and calculate the size and configurations of necessary PV components.
    3. Describe the steps involved with commissioning a PV system.
    4. Identify the mainteneance tasks involved with maximizing arrary output, battery health, and other equipment operation.

    Course Description
    Photovoltaic installation topics and aspects of: Safety, electrical lock out tag out, maximum system voltage, disconnects, series fusing, service panel connections, inverters, layout and mounting, grounding and ground fault/surge protection, system sizing, NEC considerations, commissioning and production analysis, maintenance and troubleshooting are covered in this course.
    Credits: 4
  
  • ELTR 2692 - PV Installation Lab

    Student Learning Outcomes
    1. Demonstrate proper PV jobsite safety considerations including proper use of PPE, tools and electrica meters, fall protection, ladders, and other equipment.
    2. Assemble various PV array and electrical system lab projects.
    3. Demonstrate proper application of local building codes and practices when installing a PV system.

    Course Description
    Photovoltaic installation practices and safety are emphasized covering lockout tag out, testing high voltage, hazards, safety equipment, site safety, first aid, PV panel layout, pitch roof mounting systems, flat roof mounting systems, pole mount systems, disconnect installation, wiring sizing and installation, inverter installation, commissioning checklist.
    Credits: 3
  
  • ELTR 2997 - Independent Study

    Student Learning Outcomes
    • Demonstrate mastery of the topic of the independent study course.

    Course Description
    Focuses on a specific problem while working with an instructor.
    Credits: 1-7

Electronic Health Record

  
  • EHR 1010 - Introduction to Electronic Health Record

    Student Learning Outcomes
    1. Demonstrate entry-level profeciency in the navigation of the EHR.
    2. Identify all the components of a typical electronic health record.
    3. Enter information correctly and accurately in electronic health records
    4. Retrieve targeted information from EHRs.

    Course Description
    This course is an introductory level course in the processes and systems that make up the electronic health record. Emphasis is on the content, format, storage and retrieval of electronic medical records and the different major software packages currently in use of electronic health records
    Credits: 3
  
  • EHR 1090 - Electronic Health Record Practicum

    Student Learning Outcomes
    1. Perform at an entry-level expectation in the role of maintaining the electronic medical record in the health care setting. Student Learning Outcomes
    2. Navigate the EHR effectively
    3. Assist healthcare providers and others who need access to the EHR in getting the data they need
    4. Troubleshoot problems that arise with the EHR
    5. Exhibit professional behavior consistent with expectations in the EHR industry

    Course Description
    Provides a clinical learning experience in a health care facility. Emphasis is on management of the electronic health record and the technology used to maintain the electronic health record. This is an unpaid work experience.
    Credits: 2
  
  • EHR 2210 - Health Information Exchange and Mobile-Health

    Student Learning Outcomes
    1. Interpret data formatted in different EHR software designs.
    2. Solve problems related to the electronic health record.
    3. Enter information correctly and accurately in electronic health records.
    4. Demonstrate advanced-level profeciency in the navigation of the EHR.
    5. Demonstrate current knowledge of CMS regulations of health informaiton exchange.
    6. Apply concepts of mobile technology for medical monitoring.
    7. Instruct the public in accessing patient portal systems.

    Course Description
    Building on previous knowledge, this course introduces students to advanced concepts in the management of Electronic Health Records.
    Credits: 4
  
  • EHR 2290 - Electronic Health Records Practicum II

    Student Learning Outcomes
    • Perform at an advanced-level expectation in the role of maintaining the electronic medical record in the health care setting.
    • Navigate the EHR effectively at an advanced level.
    • Assist healthcare providers and others who need access to the EHR in getting the data they need.
    • Troubleshoot problems that arise with the EHR
    • Exhibit professional behavior consistent with expectations in the EHR industry

    Course Description
    Provides a clinical learning experience in a health care facility. Emphasis is on advanced topics in the management of the electronic health record and the technology used to maintain the electronic health record. This is an unpaid work experience.
    Credits: 2
  
  • EHR 2292 - Health Information Exchange and Mobile-Health Lab

    Student Learning Outcomes
    1. Interpret data formatted in different EHR software designs in the lab environment.
    2. Enter information correctly and accurately in electronic health records in the lab environment.
    3. Navigate different electronic health record types in the lab environment.
    4. Solve problems in the electronic health record in the lab environment.
    5. Demonstrate current knowledge of CMS regulations of health informaiton exchange.
    6. Apply concepts of mobile technology for medical monitoring.
    7. Instruct the public in accessing patient portal systems.

    Course Description
    Provided the opportunity for students to practice navigation of the electronic health record in a laboratory environment.
    Credits: 1

Emergency Medical Technician

  
  • EMS 1001 - EMS First Responder Theory

    Student Learning Outcomes
    1. Provide basic emergency medical care at the scene and interface with responding EMS personnel.
    2. Demonstrate an understanding of the comprehensive EMS system and the role of the First Responder.
    3. Perform interventions with basic equipment typically found on a first response vehicle.

    Course Description
    Provides the level of classroom instruction needed to assist in patient emergencies in the workplace and non-transport settings. Some fire services allow First Responder certification as a minimum requirement for employment; most prehospital EMS services require EMT-Basic licensure. Includes instruction on preparatory topics, airway management, patient assessment, medical emergencies, trauma emergencies, pediatric care and EMS operations. Meets or exceeds the cognitive objectives of the National EMS Education Standards and incorporates the NM First Responder Scope of Practice.
    Credits: 2
  
  • EMS 1053 - EMT Basic Theory

    Student Learning Outcomes
    1. Provide basic emergency medical care and transportation for critical and emergent patients who access the emergency medical system.
    2. Possess the basic knowledge and skills necessary to provide patient care and transportation.
    3. Be part of a comprehensive EMS response, under medical oversight.
    4. Perform interventions with the basic equipment typically found on an ambulance.
    5. Be the link from the scene to the emergency health care system.

    Course Description
    Provides the level of classroom instruction needed to begin a career in emergency medical services. Includes instruction on preparatory topics, airway management, patient assessment, medical emergencies, trauma emergencies, pediatric care and EMS operations. Meets or exceeds the cognitive objectives of the NationalEMS EducationStandards and incorporates the NM EMT-Basic Scope of Practice.
    Credits: 6
  
  • EMS 1091 - EMS First Responder Lab

    Student Learning Outcomes
    1. Demonstrate the ability to select appropriate emergency care for the sick and injured patient at the scene of accident or medical emergency.
    2. Demonstrate proper techniques of: - airway management - splinting - bandaging - bleeding control - patient assessment - drug administration at the First Responder level of training.
    3. Demonstrate the ability to gather appropriate clinical information.

    Course Description
    Students will be introduced to a variety of First Responder emergency skills and patient assessment strategies.
    Credits: 1
  
  • EMS 1092 - EMS Basic Supplemental Skills Lab (CR/NC)

    Student Learning Outcomes
    1. Demonstrate the ability to identify areas of weakness in either their lab or theory courses.
    2. Formulate a plan of study to address the identified areas of weakness.

    Course Description
    Provides EMT-Basic students the opportunity for additional supervised learning and practice of EMS skills and patient assessment strategies in the campus laboratory. Reinforces topics in preparation for state licensure and national certification EMS exams.
    Credits: 1
  
  • EMS 1093 - EMT Basic Lab

    Student Learning Outcomes
    1. Provide basic emergency medical care and transportation for critical and emergent patients who access the emergency medical system.
    2. Possess the basic knowledge and skills necessary to provide patient care and transportation.
    3. Be part of a comprehensive EMS response, under medical oversight.
    4. Perform interventions with the basic equipment typically found on an ambulance.
    5. Be the link from the scene to the emergency health care system.

    Course Description
    Students will practice simulated patient care exercises focused on splinting and bandaging, airway management, medication administration and patient assessment. Meets or exceeds the psychomotor objectives of the National EMS Education Standards and incorporates the NM EMT-Basic Scope of Practice. At the completion of the EMT-Basic theory and lab courses, students are eligible to take the State of New Mexico EMT-Basic licensure examination.
    Credits: 2
  
  • EMS 1096-1996 - Special Topics

    Student Learning Outcomes
    • To be determined based on course topic

    Course Description
    Presents various topics.
    Credits: 1-6
  
  • EMS 1190 - EMT Basic Clinical

    Student Learning Outcomes
    1. Demonstrate proper behavior in a clinical environment.
    2. Demonstrate proper patient interviewing techniques.
    3. Demonstrate proper report writing techniques.
    4. Demonstrate appropriate skills within their level of licensure on live patients.

    Course Description
    Provides practice of basic skills in a clinical setting. At the completion of the basic course series students are eligible to take the State of New Mexico EMT Basic licensure examination. Current proof of healthcare provider CPR certification and proof of health insurance is required for this course. Program fee required.
    Credits: 1
  
  • EMS 1412 - Advanced EMT (EMT-I) Theory

    Student Learning Outcomes
    1. Provide intermediate emergency medical care and transportation for critical and emergent patients who access the EMS emergency medical system
    2. Demonstrate the intermediated level of knowledge and skills necessary to provide patient care and transportation
    3. Demonstrate and understanding of the comprehensive EMS response system and the role of the Advance EMT
    4. Perform intermediate interventions with basic and advanced equipment typical found on an ambulance
    5. Demonstrate an understanding to Medical Control

    Course Description
    Builds on material presented in the EMT-Basic course. Special emphasis is placed on teaching advanced assessment skills. In addition, the course will expand significantly the number of medications a student can administer in an emergency setting as well as instruction on the theory of IV fluid resuscitation. Meets or exceeds the cognitive objectives of the National EMS Education Standards and incorporates the NM EMT- Intermediate Scope of Practice. * or EMS 1010 (2007-09)
    Credits: 6
  
  • EMS 1493 - Advanced EMT (EMT-I) Lab

    Student Learning Outcomes
    At the completion of this course, the student will be able to:

    1. develop and demonstrate the skills needed to give emergency care at the Intermediate level.
    2. have a comprehensive knowledge of the medications, routes and dosages in the EMT Intermediate scope of practice
    3. develop a personal and professional ethical code concerning the treatment and care of patients.

    Course Description
    Prepares students to participate in the clinical experience. Students will practice simulated patient care exercises focused on IV fluid therapy, medication administration and advanced patient assessment skills. Meets or exceeds the psychomotor objectives of the National EMS Education Standards and incorporates the NM EMT-Intermediate Scope of Practice.
    Credits: 2
  
  • EMS 1890 - Advanced EMT (EMT-I) Clinical

    Student Learning Outcomes
    1. Demonstrate appropriate clinical behavior.
    2. Demonstrate the proper technique to take vital signs.
    3. Demonstrate the proper technique to perform a patient interview.
    4. Demonstrate the proper technique to write a patient report.
    5. Correctly perform skills at their level of licensure on live patients.

    Course Description
    Provides practice of intermediate skills in a clinical setting. At the completion of the advanced EMT course series, students are eligible to take the State of New Mexico EMT Intermediate licensure examination. Current EMT-B New Mexico State license and current proof of professional CPR and proof of health insurance are required. Program fee required.
    Credits: 2
  
  • EMS 2015 - EMS Combo BLS/ILS/ALS Refresher


    Course Description
    This is a combination refresher course for licensed EMT Basic, EMT Intermediate /AEMT and EMT-Paramedic Providers. This includes online work, quizzes as well as in class homework. This is on online course with 2 days of in class lab instruction. Total contact time is 60 hours. This refresher meets the NREMT and NM EMS Bureau requirements.
    Credits: 2
  
  • EMS 2092 - EMS Advanced Supplemental Skills Lab (CR/NC)

    Student Learning Outcomes
    1. Demonstrate the ability to identify weakness in core content or skills.
    2. Demonstrate the ability to formulate a study plan to address either identified weaknesses in core content or skills.

    Course Description
    Provides EMT-Intermediate and Paramedic students opportunity for additional learning and practice of advanced EMS skills and patient assessment strategies in the campus laboratory before going into the clinical setting. Additional IV skills practice may be required. Reinforces topics in preparation for state licensure and national certification EMS exams. Current EMT-B (or higher) New Mexico State License or NREMT certification required.
    Credits: 1
  
  • EMS 2103 - Human Systems Pathophysiology and Development

    Student Learning Outcomes
    1. Identify and describe the anatomy and physiology of the nine major body systems for the assessment and management of an emergent patient.
    2. Apply general concepts of pathophysiology with a specific emphasis on Cardiac, Respiratory, Neurological, and Endocrine systems.
    3. Locate anatomical landmarks and structures of the human body.
    4. Apply anatomical and pathophysiological terminology within context.
    5. Demonstrate knowledge of communication and assessment strategies for patients of all age ranges.

    Course Description
    This course focuses on how common traumatic and medical emergencies affect normal anatomy and physiology for patients of all ages. This course complements other required EMS courses to show how both physical and drug intervention attempt to return a diseased or injured body to a normal physiologic state. Meets or exceeds the cognitive objectives of the National EMS Education Standards and incorporates the NM EMT-Paramedic Scope of Practice.
    Credits: 3
 

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