Electrical Engineering

Power the Future with Electrical Engineering: A Career with Impact

Do you want to shape the world with your expertise? A Master’s in Electrical Engineering puts you at the forefront of a vital field.

This program provides you with the advanced knowledge and practical skills to design, develop, and optimize electrical systems for power generation, transmission, and distribution. You’ll learn to integrate renewable energy sources, improve grid reliability, and ensure the efficient delivery of safe and affordable electricity to communities worldwide.

Transform your passion for electrical engineering into a career that powers the future. Apply for our Master’s program today!

Key Points

Future-Proof Your Skills: Our constantly updated program ensures you’re prepared for the latest advancements in energy field.
Mentorship from Experts: Learn directly from successful energy professionals who are shaping the industry.
A Truly Global Education: Study in English and build a network of international colleagues.
A Well-Rounded Experience: Balance your studies with a diverse range of extracurricular activities.
Live in a World-Class City: Immerse yourself in the culture and history of St. Petersburg.

About the program

Entry requirements: Bachelor’s or Specialist’s degree in a relevant area English language proficiency - B+ (CEFR B2) Test in a relevant field of studies Interview in English with the program coordinator (Zoom option is available)	Degree awarded Master’s Degree (Peter the Great St. Petersburg Polytechnic University, Russia)
Major areas of expertise Electrical Systems and Power Transmission Contemporary Problems of Electric Power Engineering and Electrical Engineering High Voltage Technologies Technical Superconductivity Electrical Power Systems Modeling of Electric Power and Electrical Engineering Objects.	Career opportunities: An Electrical Engineering Master’s degree opens doors to leadership and innovation in the energy sector. Graduates participate in designing, developing, and optimizing power grids, integrating renewable energy sources, and ensuring reliable power delivery. The degree also provides a strong foundation for a PhD, paving the way for cutting-edge research, academic careers, and shaping the future of electrical power technologies.
Program duration 2 years, full-time	Total workload / Credits 120 ECTS
Tuition fee per year: 437 400 Rubles	Language The program is taught in English

SCHOLARSHIPS

Russian Federation Quota apply by December 1, 2025 for 2026-2027 academic year

Open Doors: Russian Scholarship Project apply by November 20, 2025 for 2026-2027 academic year

Curriculum:

1 Semester	2 Semester
Scientific Discourse Theoretical Basis of Electrical Engineering, Additional Chapters Scientific and Research Work Electrical Systems and Power Transmission Computer-aided Technologies in Electrical Power Engineering History and Methodology of Science English for Professional Activities Contemporary Problems of Electric Power Engineering and Electrical Engineering High Voltage Technologies Information Resources in Scientific Research	Internship (Obtaining Primary Professional Skills) Technical Superconductivity Human Resources Management Scientific and Research Work Electrical Systems and Power Transmission Electrical Power Systems Computer-aided Technologies in Electrical Power Engineering Electromagnetic Compatibility Designing of High Voltage Insulation
3 Semester	4 Semester
Career Adaptability Automation of Electrical Substations Modern Equipment of High Voltage Electrical Substations Foundations of Overhead Line Design Energy Economics Scientific and Research Work Designing of High Voltage Insulation Business Planning and Efficiency Evaluation of Innovative Projects Modeling of Electric Power and Electrical Engineering Objects	Pre-graduation Internship Scientific and Research Work Industrial Internship Preparation and Defense of the Master's Thesis

Master’s thesis topics:

Analysis of features of superconductive inductive energy storage with quasi force free winding
Analysis of industrial communication protocols for power grid automation
Arresters for protection of electric generating plants
Development and optimization of high voltage test transformer
Development and research of medium frequency flash butt welding transformer
Development of software for design of film capacitors electrodes
Influence of skin-effect on thermal distribution in overhead line conductors
Insulation in High Voltage Power Transformers
Modeling of the electrolytic grounding electrode under lightning impact
Modeling of the parallel grounding electrodes under lightning impact
Modelling of the connection between grounding conductor and electrode under lightning i
Optimization of Solar Panels Performance
The analysis of 110 kV transmission line modernization and protective relaying choice
The analysis of substation modernization by integrating the new technologies in power
Use of Milliken conductor insulated wires to reduce skin effect In large cross-section of power transmission lines

Admission procedure

You are kindly required to visit the “How to apply section” to learn the Step-by-Step Admission procedure before and after arrival.

How to apply
Step-by-Step Admission

Program Partners

On-Campus Living: Enjoy convenient and comfortable dormitory accommodations.
International Community: Connect with students from around the globe.
Active Student Life: Grow beyond the classroom! Connect with fellow students, explore your interests, and make a difference by joining our student communities and participating in sports, cultural events, and volunteer projects.
St. Petersburg Awaits: Immerse yourself in the culture, history, and opportunities of Russia’s most European city. A UNESCO World Heritage Site, birthplace of the Russian president, and background of Dostoevsky’s novels, St. Petersburg is a great place to live and study.

Learn more about MSc Degree Electrical Engineering