Entry requirements

General entry requirements and Mathematics 3b/3c, Science Studies 2, Social Studies 1b/1a1+1a2 or Mathematics C, Science Studies B, Civics A

Learning outcomes

After having completed the course the student will be able to:

• describe the driving forces behind an energy transition as well as its central prerequisites and challenges
• explain the concept of sustainability
• explain interdisciplinarity in relation to the sustainable energy transition
• reflect on individuals' and society’s roll in energy transition
• reflect on the ethical concerns related to energy transition
• gather information and reflect over its relevance and reliability
• present work orally and in writing while using the basic skills of scientific writing

Content

The course addresses the driving forces behind energy transition, such as climate change, and it’s scientific, societal and technical prerequisites and challenges. This includes historical perspectives as well as different geographical levels, from the private to the global scale. The course additionally introduces energy sources and energy systems, as well as the concept of sustainability. Interdisciplinary work is introduced with focus on the interactions between different perspectives and competences in science and society. Ethics is discussed and related to challenges in sustainable energy transition and leadership. Basic skills for presenting work orally and in writing are taught along with an introduction to scientific writing. The course also includes study trips and meetings with professionals working with energy transition.

Instruction

The course's teaching will include lectures, seminars, different types of exercises as well as study trips.

Assessment

Course grades will be based on active participation in seminars and oral presentations (7 credits) as well as written assignments, both individually and in groups (8 credits).