Minor in Energy Transition

Description of the Minor

The Minor in Energy Transition focuses on understanding and addressing the challenges of transitioning from conventional energy sources to sustainable and low-carbon alternatives. It provides students with a broad perspective on energy-related issues, policies, and technologies, preparing them to contribute to the global efforts to achieving a more sustainable energy future. This minor is diverse in its scope and designed for all Engineering and Science majors. It can be a valuable addition for students interested in pursuing a career in the energy sector or working on sustainable solutions for the future. Content will also address requirements of industries other than energy, including environmental consulting, policy-making, and sustainable development.

 

Minor Educational Objectives

The Minor in Energy Transition will prepare graduates to be able to:

1. Contribute effectively to the global efforts leading to sustainable energy future by utilizing their knowledge and skills in energy transition principles, technologies, policies, and social-economic implications.
2. Pursue further studies or develop professionally in the field of energy transition, sustainability, and resources management.

 

Minor Learning Outcomes

Upon completion of the Minor in Energy Transition, graduates will be able to:

1. Identify and analyze various low-carbon alternatives and their applicability in different context, understanding their potential to contribute to a sustainable energy future.
2. Evaluate the economic, social, and environmental impacts of energy transition initiatives, developing strategies to address challenges and maximize positive outcomes for communities and industries.
3. Formulate comprehensive energy transition action plans, incorporating policy, regulatory, and technological solutions to accelerate the shift towards low-carbon energy systems while ensuring energy security and resilience.

 

Minor Requirements

The minor in Energy Transition must successfully complete a minimum of 15 credit hours of coursework (5 courses) distributed as follows. Only one course from the student’s major can be double counted.

 

1. Three (3) Core courses (9 credits).

   CHEG 402 Introduction to Energy Transition Management 3 cr.

   ESMA 340 Energy Policy and Economics 3 cr.

   CHEG 403 Innovative Low-Carbon Energy Conversion Systems 3 cr.

    

    

2. Any two (2) Technical Elective courses (6 credits) from the below list. Additional relevant 300-400 level courses may be taken from existing KU courses upon approval from Department Chair or designee.

PEEG 421	Carbon Capture and Storage	3 cr.
CHEG 362	Climate Change Policy and Risk Management	3 cr.
CHEG 410	Pollution Prevention and Waste Management	3 cr.
CHEG 460	Introduction to Clean Energy Production	3 cr.
MEEN 486	Renewable and Sustainable Energy	3 cr.