Advanced Power Electronics

Program Structure

Semester 1 – Foundations of Power Electronics

• Electrical Systems
• Power Semiconductor Devices
• Electronic Circuit Design
• Engineering Mathematics

Semester 2 – Advanced Power Electronics Systems

• Power Converter Design
• Control Systems
• Energy Conversion Technologies
• Embedded Electronics

Semester 3 – Applied Power Electronics Research

• Smart Power Systems
• Renewable Energy Applications
• Advanced Circuit Design
• Research Methods

Semester 4 – Research and Final Project

• Advanced Power Electronics Topics
• Electronics Research Project
• Industrial Applications
• Master Thesis / Final Research Project

Career Opportunities

Graduates of the Advanced Power Electronics program can pursue careers in electrical systems, energy technology, and power conversion. With expertise in power electronics, electrical systems, and control technologies, graduates are prepared for roles in power electronics, power system engineering, and energy conversion. The program provides opportunities to develop efficient power systems and contribute to technologies used in renewable energy, transportation, and industrial applications.

Why Choose This Program

The Advanced Power Electronics program provides students with advanced knowledge of power conversion, electrical systems, and modern energy technologies. Students develop expertise in power electronic circuits, control systems, energy conversion, and system design while addressing practical engineering challenges. The program prepares graduates to develop efficient and reliable technologies for modern electrical and energy applications.

Contact Information

For further information, please contact the admissions office at:
Phone: +45 99 40 94 25
Email: bachelor@aau.dk
Address: Aalborg University, Fredrik Bajers Vej 1, 9220 Aalborg East, Denmark