Course ObjectiveThe course “Sustainable Energy Challenges” introduces students to key
aspects of the energy transition from a socio-economic perspective.
Besides a brief introduction into the technological aspects of the
energy transition, the lectures will focus on the economic, societal and
political conditions for sustainable energy generation, distribution and
use. In addition, the course will stimulate the students to develop
their own ideas for business- or community-oriented projects that could
accelerate the energy
After following this course, students should be able to:
1) Understand the basic technical and economic principles underlying
today’s energy generation, distribution and consumption around the globe
and have an idea of the
possible pathways into a sustainable energy future.
2) Understand the economic, social and environmental challenges related
to the energy transition and critically discuss possible solutions and
strategies for the
3) Know about a diverse set of policy instruments and strategies that
can be implemented to
support the energy transition.
4) Make judgments about which principles, policy instruments and
approaches are likely to be
most efficient, equitable and/or effective in addressing the energy
5) Identify niches for sustainable energy innovations.
6) Understand the main components of a successful business model or
community project and
apply this in developing a business plan or community project for a
clean energy innovation.
7) Demonstrate the capacity to operate in a multidisciplinary team and
constructively contribute to
the development of a shared project.
8) Synthesize information into a pitch for a non-academic audience.
Course ContentOur current fossil fuels-based energy system is not sustainable.
Environmental externalities like CO2 emissions leading to global climate
change as well as air pollution urge the world to transition
towards a more sustainable renewables-based energy system. Apart from
the environmental impacts of the way we currently produce and use
energy, energy is central to nearly every major
challenge and opportunity the world faces today, such as sustaining
employment, security or food production. Furthermore, access to clean
and sustainable energy for all is essential and part of the
UN Sustainable Development Goals (UN, 2015). The transition towards an
affordable, reliable, and sustainable energy system can be accelerated
by investing in renewable energy sources, prioritizing
energy efficient technologies and practices, and by building a clean
The course "Sustainable Energy Challenges" is built on a series of
lectures and seminars by VU lecturers and selected guest speakers to
introduce students to key aspects of the energy transition from a
socio-economic perspective. Every lecture will be a combination of
theory and evidence-based discussions, relating theoretical arguments
with recent experiences and examples in the domain of the transition to
The course is built on 4 main blocks:
1. The socio-technical systems perspective of the energy transition
(socio-technical pathways for greening energy production, distribution
2. Sustainable energy innovation and business models
3. Energy markets and policies (economics and policy instruments to
support the energy transition, future electricity markets)
4. Consumer behaviour and social aspects (sustainable energy consumer
behaviour, energy poverty, energy access)
Apart from the (guest) lectures, the course contains a six-week
assignment carried out in groups of 4 students.
In this graded group assignment, students will develop a (business) plan
for a clean energy innovation.
Teaching MethodsThe course is worth 6 ECTS credits which corresponds to 168 hours of
work per student.
The course comprises two sets of activities. The first takes place in
classes, where information is presented through lectures, presentations,
debates, seminars etc. The second includes assessments where the
student’s ability to achieve the course’s objectives is tested.
involves group activities (a group presentation and a written
assignment), and the exam. Feedback opportunities are included through
group meetings as
well as assessments.
Approximate time allocation:
• Class: 28 hours
• Reading and exam preparation: 70 hours
• Assignment: 60 hours
• Presentations: 10 hours
Method of AssessmentType of assessment:
• Group assignment (A) and Group presentation (Pres) worth 40% of the
• Written exam (E) worth 60% of the final grade
• Minimum grade to pass the course: 5.5. It is not possible to
compensate one component with another
• It is compulsory to attend the group presentation session
LiteratureSee course manual on Canvas
|Language of Tuition||English|
|Faculty||Faculty of Science|
|Course Coordinator||dr. J.E. Blasch|
|Examiner||dr. J.E. Blasch|
dr. J.E. Blasch
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