Energy Systems Analysis - Specialization

In this specialization, students develop a solid understanding of energy systems and the interactions between various technologies and sectors such as heat, power, gas, and transport. They also gain a broad perspective on the role of energy systems in society, with a focus on renewable energy and its socio-economic impact.

Graduates are equipped to analyze complex energy systems using advanced modeling and statistical methods. They acquire the skills to plan and manage large energy projects and to design optimized energy solutions. A deep knowledge of energy markets, risks, and regulations enables graduates to advise companies and authorities on strategies for energy and environmental markets, as well as on forecasting future demand and opportunities for renewable energy technologies.

Polytechnic foundation courses (10 ECTS):

The following courses are mandatory: 

Students with advanced innovation competences may take one of the following courses as an alternative to 42500/42501/42504:

The following course can be taken as an alternative to the mandatory course 12100/12106/12105/12101:

Programme-specific courses (50 ECTS)

Structured into the following pools, each targeting a distinct area of competence:

Pools common to all specializations:

• Innovation II (5 ECTS):  Develops innovation and problem-solving skills to address real-world sustainable energy challenges.
• Core competence - Mandatory (15 ECTS):  Establishes a shared system-level understanding of sustainable energy systems, forming the common analytical foundation across all specialisations. 
• Core competence - Technology-specific (5 ECTS): Provides technical knowledge in a specific energy technology area, adding applied domain depth to the shared system-level foundation across all specialisations.

Specialization-specific pools:

• Specialization-specific - Digital skills (10 ECTS): Builds foundational digital competencies relevant to energy systems across three skill areas: machine learning & statistical learning, mathematical modelling & optimization, and scientific programming & computational tools.
• Specialization-specific - Analytical foundations (5 ECTS): Develops quantitative methods for energy system analysis and decision-making under uncertainty.
• Specialization-specific - Core methodologies (10 ECTS): Bridges energy economics, business, and finance with energy market context to support informed decision-making for the green energy transition.

* When a course is listed in multiple pools, it may be used to satisfy the requirements of one pool only.

Innovation II (5 ECTS)

Select one of the following courses:

Core competence - Mandatory (15 ECTS)

The following three courses are compulsory components of the programme:

Core competence - Technology-specific (5 ECTS)

Choose at least 5 ECTS from the following courses:

Specialization-specific - Digital skills (10 ECTS)

Choose at least 10 ECTS from the three thematic course groups defined below: 1) Machine learning & statistical learning, 2) Mathematical modelling & optimization, and 3) Scientific programming & computational tools. You must take one course from at least two groups.

Specialization-specific - Analytical foundations (5 ECTS)

Choose at least 5 ECTS from the following courses:

Specialization-specific - Core methodologies (10 ECTS)

Choose at least 10 ECTS from the following courses:

Elective courses (30 ECTS):

Any course classified as MSc-level in DTU’s course catalogue may be taken as an elective. This also includes programme-specific courses beyond the minimum requirements listed above. Master’s students may count up to 10 ECTS from DTU bachelor-level courses or equivalent courses from other higher education institutions. Additionally, MSc-level courses from other Danish or international universities can be included as electives.

In addition to the programme-specific courses mentioned above, the following elective courses are suggested for this specialization:

Master's thesis (30 ECTS):

The MSc thesis must be conducted within the area of the specialization. The project may be completed in collaboration with a relevant company.

Specializations are recommended pathways for selecting courses within the curriculum. Applicants are admitted to the programme and not to a specific specialization and may choose any courses within the curriculum according to the guidelines provided. However, if the requirements for a specialization are completed, the specialization title may be added to the diploma.