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| Detailed information |
| Original study plan |
Master's programme Digital Energy Solutions 2026W |
| Learning Outcomes |
Competences |
| Students can analyze, evaluate, and optimize energy consumers in buildings, infrastructure, and cities with a focus on energy efficiency and renewable energy sources. They understand the technological, economic, and ecological aspects of energy consumers across their life cycle and are able to design integrated optimization measures. Students can apply methods for energy management, monitoring, and load shifting, and evaluate the interoperability of energy consumers in the context of smart buildings, smart grids, and smart cities.
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| Skills |
Knowledge |
- Understand the technology of energy consumers such as lighting, electrical devices, heating, cooling, and air conditioning (K5)
- Analyze and evaluate building energy standards and systems, including requirements and practical examples (K5)
- Assess the economic and ecological aspects of energy consumers across their entire life cycle (K6)
- Apply methods for optimization measures and integrated design processes (K5)
- Understand and apply principles of energy management, including measuring, monitoring, and data analysis (K5)
- Analyze and interpret load profiles and evaluate user experience in energy consumption (K5)
- Evaluate load shift flexibility and its integration into energy systems (K6)
- Understand the interoperability of energy consumers with respect to energy availability and system integration (K5)
- Analyze and evaluate energy infrastructure solutions in the context of smart buildings, smart grids, and smart cities (K6)
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- Technology of energy consumers with respect to energy efficiency and renewable energy sources:
- Lighting
- Electrical devices
- Heating, cooling, air conditioning in buildings
- Building energy standards and systems: overview, requirements, examples
- Economic and ecological aspects of energy consumers over the life cycle
- Optimization measures and integrated design processes
- Energy management and load shift flexibility:
- Measuring, monitoring, data analysis
- Load profiles and user experience
- Interoperability of energy consumers and energy availability
- Energy infrastructure systems and solutions:
- Smart buildings
- Smart grids
- Smart cities
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| Criteria for evaluation |
Final exam
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| Methods |
Lecture, discussion, course material, exercise examples
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| Language |
English |
| Study material |
Slides, lecture notes
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| Changing subject? |
No |
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