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New Master Degree Programs

The Department of Electrical and Electronic Engineering at the International BURCH University offers two programs for graduate study leading to Master degree diploma:

  1. Embedded Systems
  2. Smart Power Distribution Systems

Both Master programs can be completed in 1 year (60 ETCS) or 2 years (120 ECTS). The 1-year Master program consists of 4 core courses (24 ECTS), 4 professional courses (24 ECTS), and a Graduation Project (12 ECTS) - Total 60 ECTS. This program is suitable for students with first cycle (Bachelor) diploma (240 ECTS) in Electrical Engineering and Mechanical Engineering (related fields) or IT.

The 2-year Master program consists of 4 core courses (24 ECTS), 4 professional (24 ECTS), 2 Seminars/Projects (12 ECTS), and a Master thesis (60 credits) - Total 120 ECTS. This program is suitable for students with first cycle (Bachelor) diploma (at least 180 ECTS) in Electrical Engineering and Mechanical Engineering (related fields) or IT.

The Embedded Systems programme is designed to provide students with the necessary education, theoretical and practical, to work at a professional level in industries involved in the embedded systems. Students study systems on chip, advanced robotics, embedded programming, and distributed systems. Students gain knowledge in electrical engineering principles in the field of embedded systems and real-time intelligent systems.

The Smart Power Distribution Systems programme is designed to provide students with the necessary education, theoretical and practical, to work at a professional level in industries involved in the distribution and consumption of energy and power. Students study power system control and stability, renewable energy systems, electric power conversion, smart grid’s technology, energy management and mathematical and computer modelling. Students gain knowledge in electrical engineering principles in the field of smart distribution system, aspects of power conversion for electricity grids, in particular concerned with the connection of renewable power sources.

Both Master programs are delivered by the BURCH academic staff and highly qualified professionals from the industry sector, which will further provide a lot of opportunities for our students to work on their Master thesis in close cooperation with collaborating companies as well as contact with future employers. 

 

Embedded Systems

  • Real Time Systems
  • Smart Grid
  • Systems on Chip
  • Advanced Robotics
  • Computational Intelligence
  • Discrete Time Control
  • Embedded Programming
  • Distributed Systems

 

Smart Power Distribution Systems

  • Real Time Systems
  • Smart Grid
  • Renewable Energy Sources
  • Power System Stability
  • Computational Intelligence
  • Discrete Time Control
  • Energy Management
  • Grid Integration

 

You can find course lists here.