BSc Design of Sustainable Energy Systems

This program equips students with the skills to design innovative solutions for energy systems, encompassing elements such as wind turbines, solar cells, electric vehicles, and energy storage. It emphasizes the evolving role of consumers as active participants in energy systems, highlighting the importance of intelligent and disruptive solutions in the energy market. 

Key Focus Areas:

• Theoretical foundations in energy technologies and systems.

• Practical skills in designing and developing sustainable energy solutions.

• Interdisciplinary approaches combining environmental, electrical, and mechanical engineering.

• Industry relevance through real-life challenges and projects.

Unique Selling Points:

• Integration of various engineering disciplines to address sustainable energy challenges.

• Focus on the consumer's role in energy systems and market dynamics.

• Opportunities for hands-on learning experiences bridging theory and practice.

Year-wise Breakdown of Core Modules

The BSc program is structured over three years, totaling 180 ECTS credits. 

Year 1: Foundations

• Introduction to engineering principles and energy systems.

• Courses in mathematics, physics, and basic engineering concepts.

• Development of analytical and problem-solving skills.

Year 2: Intermediate

• Specialized topics in sustainable energy technologies and system design.

• Applied learning through projects and case studies.

• Exploration of user interaction, technology integration, and company dynamics.

Year 3: Advanced

• Independent research and capstone projects addressing real-world challenges.

• Advanced courses in energy system analysis and design.

• Preparation for potential postgraduate studies or professional careers.

Learning and Assessment Methods

Teaching Formats:

• Lectures and seminars led by experienced instructors.

• Laboratory sessions and studio work for hands-on experience.

• Group projects and collaborative learning environments.

Assessment Types:

• Written examinations and quizzes.

• Project reports and presentations.

• Practical assessments and laboratory work.

Rankings

DTU is recognized globally for its engineering programs. In the QS World University Rankings by Subject, DTU is ranked among the top universities for Engineering and Technology.