SER ACADEMIC PROGRAMS
- Identify or describe fundamental concepts of energy systems.
- Illustrate a foundational understanding of business fundamentals relative to energy companies, including organizational structure, management, entrepreneurship and international commerce.
- Make use of critical thinking and problem solving methods within a written group energy project.
- Identify or describe fundamental concepts of energy systems.
- Illustrate a foundational understanding of business fundamentals relative to energy companies, including organizational structure, management, entrepreneurship and international commerce.
- Make use of critical thinking and problem solving methods within a written group energy project.
- Outline the skills in environmental monitoring and compliance.
- Explain energy regulation and management.
- Demonstrate the necessary skills related to the physical and social science dimensions of sustainability.
- Apply concepts and skills to real world problems to gain practical understanding and experience.
- Define and navigate the legal and regulatory hurdles for energy development on federal, state, and fee lands.
- Identify and navigate a valid real property transaction from contract to transfer of title.
- Students will identify geological criteria for site selection, geophysical models of the subsurface for characterization and monitoring and minimizing risks related to transport and guaranteeing long-term storage of fluids in the subsurface.
- Define and navigate the legal and regulatory hurdles for energy development/environmental challenges on federal, state, and fee lands.
- Build techno-economic models capable of analyzing energy projects.
- Students will demonstrate the process necessary to effectively communicate with stakeholders, the general public, and stakeholders of a CCUS project to ensure concerns are explored and different communication methods considered based on the audience.
- Identify and navigate a valid real property transaction from contract to transfer of title.
- Explain energy, natural resources, or agricultural regulation and management.
- Describe content and implications of past and current ENR, Ag, and property policies/laws.
- Demonstrate a strong fundamental understanding of basic physical principles relevant to nuclear energy production through the analysis of industrially relevant decay chains and fuel energy densities.
- Describe the basic operating principles of traditional light water reactors and emerging designs for grid-scale generation and remote deployment, highlighting the relative advantages of each with respect to safety, construction/operating costs, and fuel requirements.
- Build simple techno-economic models capable of analyzing the costs of nuclear energy projects.
- Demonstrate the ability to communicate, in simple terms, the execution of nuclear energy projects and the technical and environmental risks associated with nuclear energy generation.
