• ERS 4900: Energy Res Mgmt Capstone

  3.00 Credits

  University of Wyoming

  
  Required to work within an integrated team to research and analyze data to inform an energy resource management plan. Apply the content knowledge and process skills learned throughout the program and further refine their ability to communicate with professional, academic, and public audiences through writing and oral presentation. Prerequisites: AGEC 3400, ENR 3000/4000 or GEOG/ESS 3480.
  ShareERS 4900 - Energy Res Mgmt Capstone

• ERS 4950: Leadership for Nat Res Mgmt

  2.00 Credits

  University of Wyoming

  
  Will provide Crew Leaders in the Wyoming Conservation Corps with an understanding of the complex dynamics of natural resources management while also equipping students with the tools to confidently lead groups of students on conservation-oriented service-learning projects on Wyoming's public lands during the summer months. Dual listed with ERS 5950. Cross listed with ENR 4950. Prerequisites: ENR 3700, Wyoming Conservation Corps, or consent.
  ShareERS 4950 - Leadership for Nat Res Mgmt

• ERS 4960: Energy Field Studies

  1.00 Credits

  University of Wyoming

  
  Various facets of energy resource management and development are covered by visits to oil and gas wells, coal mines, power plants, wind farms and other energy production and research sites. A trip is normally planned for 5 to 6 days.Proposed Prerequisite: WB; ERS/ENR 1000 or ECON/ERS 1300
  ShareERS 4960 - Energy Field Studies

• ERS 4965: Undergraduate Research

  1.00 - 3.00 Credits

  University of Wyoming

  
  Research activities on an energy-related project of limited scope or as part of a laboratory project of greater scope under the advisement of a faculty member. Students will work 4 to 10 hours per week. Submit a written report summarizing the results of the research. Prerequisite: WA or COM1; SP, SE or PN
  ShareERS 4965 - Undergraduate Research

• ERS 4970: Internship

  1.00 - 4.00 Credits

  University of Wyoming

  
  A formalized internship designed to provide students with relevant practical experience in the energy sector allowing synthesis and application of principles in energy science to energy asset management. Prerequisites: ECON/ERS 1300; QB or Q; SP, SE or PN
  ShareERS 4970 - Internship

• ERS 4975: Global Exper Energy Res Sci

  2.00 - 4.00 Credits

  University of Wyoming

  
  A 1-3 month integrative energy experience in China or Australia. Students will participate, in collaboration with partnering energy professionals, in outcomes focused education and research programs designed to address globally relevant challenges. Students will gain a global perspective within the cultural context of the partner institution. Prerequisites: ECON/ERS 1300; QB or Q; SP, SE or PN
  ShareERS 4975 - Global Exper Energy Res Sci

• ERS 4985: Seminar

  1.00 - 3.00 Credits

  University of Wyoming

  
  Energy professionals, including accredited professional landmen, practicing attorneys, and other energy professionals will present a colloquium styled course to bridge conceptual content with realistic workforce focused applications.Prerequisites: ECON/ERS 1300 and WA/COM1 and QB/Q
  ShareERS 4985 - Seminar

• ERS 4990: Topics in Energy Resource Deve

  1.00 - 6.00 Credits

  University of Wyoming

  
  Special topics in contemporary energy development and management will be offered in response to changing industry and academic demands. The specific subject matter is based on faculty requirements and workforce innovation. Dual listed with ERS 5990.
  ShareERS 4990 - Topics in Energy Resource Deve

• ERS 5200: Law & Nuclear Technology

  3.00 Credits

  University of Wyoming

  
  This class explores legal and policy frameworks applicable to development and deployment of nuclear technologies, including international law, state and federal regulations, and the role of nuclear in a net-zero economy. Prerequisites: COM2 and/or Junior Standing
  ShareERS 5200 - Law & Nuclear Technology

• ERS 5201: Nuclear Fuel Cycles

  3.00 Credits

  University of Wyoming

  
  This course will provide an overview of fuel cycles employed in the nuclear industry. Topics examined will include uranium mining, milling, conversion, and enrichment, different fuel forms and their fabrication, the radiochemical composition of used fuel, and backend strategies for used fuel storage and reprocessing. A particular emphasis will be placed on the chemical separations strategies employed throughout the fuel cycle. Cross-listed: CHEM 5201 Dual-listed: ERS 4201 Prerequisite: CHEM 1030
  ShareERS 5201 - Nuclear Fuel Cycles