| Study Location | Kyiv |
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| Academic Field | G3 Electrical Engineering |
| Type | Postgraduate, Full time (on-line study is available) |
| Nominal Duration | 1,4 years (90 ECTS) |
| Study Language | English |
| Awards | Master of Electrical Engineering |
| Entry qualification | Bachelor's Degree is required. Compulsory entrance exam. The entry qualification documents are accepted in English. In most cases you can request a suitable transcript from your school. If this is not the case, you will need official translations along with verified copies of the original. You must take the original & legalized (according to the international agreements) entry qualification documents along with you when you finally enter the university. |
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| Territory requirements | Citizens of the Russia, Iran, Belarus and North Korea are not allowed. |
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| Language Requirements | English (B1/B2) |
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Entrance Exam Description
Subjects of the exam: English Language, specialty exam.
Program Structure
The curriculum is structured to provide a balance of advanced theory, practical engineering skills and applied project work:
1. Advanced Core Engineering Courses
Students deepen their technical expertise in key areas such as: Power distribution system design and modelling; Electrical network analysis and optimisation; Power electronics and control technologies; Reliability and safety assessment of power systems; Integration of renewable and distributed energy resources.
These core subjects help students understand both traditional and modern distribution systems, including smart grid concepts and digital technologies.
2. System Analysis & Tools
Focus on analytical and computational methods including: Simulation of power flows and system behaviour; Mathematical methods for design optimisation; Digital tools for monitoring and control in distribution networks.
This component bridges theory and real-world application by preparing students to use advanced engineering software and modelling platforms.
3. Practical Experience
Hands-on training and practical work include: Case studies and engineering projects based on real distribution network scenarios; Laboratory exercises with power system analysis tools; Collaborative design assignments to simulate professional tasks.
These applied activities ensure graduates are ready for technical challenges in industry.
4. Electives & Specialised Topics
Students can choose advanced topics to tailor their expertise, such as:
Smart grid technologies and automation; Cybersecurity in power distribution systems; Energy storage and distributed generation technologies.
These electives allow students to focus on areas of high relevance to contemporary power engineering trends.
5. Master’s Thesis
The final component of the programme is the Master’s thesis, where students independently research or design an engineering solution addressing a real challenge in power distribution systems. This capstone project synthesises analytical, technical and practical skills gained throughout the programme
Overview
The program focused on preparing experts in the design, operation, optimisation and reliable functioning of electric power distribution systems.
The programme equips students with advanced knowledge of electricity distribution technologies, system modelling, power electronics applications, grid reliability and safety, and sustainable energy solutions — empowering them to address modern challenges in power supply networks.
Career Opportunities
Graduates of this Master’s programme are prepared for a variety of professional roles in the power engineering and energy sector, including:
- Electric Power Distribution Engineer – design and manage distribution networks;
- Grid Reliability and Safety Specialist – improve performance and fault-resilience;
- Power Systems Modelling and Optimisation Expert – apply advanced analytical methods;
- Energy Infrastructure Project Engineer – support modern grid projects including smart grids;
- Technical Consultant in Power Delivery and Sustainability – advise on efficient system solutions;
- R&D Specialist in Electrical Power Technologies – work in research institutions and innovation teams.
This training meets the needs of energy utilities, system operators, transmission and distribution companies, energy consulting firms, and research and development organisations.