Power Plant Engineering

Unlock Your Potential in Power Plant Engineering: A Career That Makes a Difference

Want to make a real impact on the world? A Master’s in Power Plant Engineering puts you on the path to a rewarding career in a field that’s vital to our future.

This program equips you with the advanced knowledge and practical skills to design, construct, operate, manage, and maintain power plants with exceptional efficiency. You’ll learn to optimize performance, minimize environmental impact, and ensure the delivery of safe and affordable energy to communities in your region.

Transform your passion into a powerful career. Apply for our Master’s programme 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

Fundamental background & Practical skills in the following fields: Prerequisite knowledge in mathematics and engineering sciences: Advanced Mathematics (Calculus, Linear Algebra, Differential Equations, Integral Equations, Discrete Mathematics, Probability Theory) General Physics (Mechanics, Thermodynamics, Fluid Mechanics) Engineering courses (Heat Transfer, Fundamentals of Electrical Engineering, Chemistry) Informatics (Computer Science) and Computer Programming	Degree awarded Master’s Degree (Peter the Great St. Petersburg Polytechnic University, Russia)
Major areas of expertise: Numerical Methods in Heat and Mass Transfer Thermal Power Plants Operating modes of Thermal Power Plants Combined Cycle Power Plants Energy Economics; Logistics in Energy Power Supply Systems for Enterprises Hydrogen Energy Renewable Energy Sources	Program duration 2 years, full-time
Career opportunities: A Master’s in Power Plant Engineering prepares you for diverse roles in power plant design, operation, and management. The degree can also serve as a springboard to a PhD, enabling you to conduct cutting-edge research, become a professor, and lead the next generation of energy innovators.	Total workload / Credits 120 ECTS
Tuition fee per year: 437 400 Rubles	Language The program is taught in English
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 a program coordinator (Zoom option is available)	Key Skills for Success: Strong technical skills in power plant engineering principles. Knowledge of power plant equipment and systems. Ability to analyze complex problems and develop creative solutions. Strong communication and interpersonal skills. Project management skills. Knowledge of relevant regulations and standards. Commitment to safety and environmental protection.

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
Information Resources in Scientific Research High Voltage Technologies Mathematical Physics History and Methodology of Science Scientific Discourse Numerical Methods in Heat and Mass Transfer Renewable Energy Investment Management Energy Economics Steam and Gas Turbines	English for Professional activities Numerical Methods in Heat and Mass Transfer Thermal Power Plants Power Supply Systems for Enterprises Modelling of Vaporisation Processes Internship (Obtaining Primary Skills in Software Operation Related to Professional Activities) Internship (Obtaining Primary Professional Skills) Turbine-Driven Compressors Thermal Hydraulics
3 Semester	4 Semester
Combined Cycle Power Plants Operating Modes of Thermal Power Plants Innovation Management Scientific and Research Work Career Adaptability Logistics in Energy Network Problems and Electrical Systems	Preparation and Defense of the Master’s Thesis Pre-graduation Internship Project Internship

Master’s thesis topics:

A comparative study of different working fluids used in the organic Rankine cycle for combined cycle power generation
Application of a gas turbine for water desalination
Application of Savonius wind turbines for electricity generation to power highway lamps
Comparison of the supercritical Brighton cycle and other energy cycles, in terms of thermal efficiency and expediency of use for various heat sources
Ensuring reliability and safety of nuclear power plant equipment via probabilistic safety analysis
Feasibility study of implementing and integrating gas turbines in a commercial nuclear power plant
Feasibility study of the use of the Brighton supercritical cycle on carbon dioxide in power plants
Hydrogen generation at TPP by recycling municipal solid waste
Integration between a CHP and clean hydrogen production unit
Joule and Rankine cycle fundamental parameters' impact on the effectiveness of a combined cycle
Life cycle assessment of green hydrogen: wind-based hydrogen vs solar-based hydrogen
Numerical study of flow and heat transfer features of different nanofluids in compact pipes
Operating modes optimization of block combined CHP
Optimization of night modes operation of CHP
Thermodynamic and economic modeling and optimization of the steam extraction from the secondary loop of a light water nuclear reactor for cogeneration applications
Thermohydraulic calculation of the primary circuit heat exchanger for a MSR
Research of biomass potential in Mersin, turkey, and evaluation of its impact on the regional economy

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

TGC-1

TGC-1 is the leading producer of electricity and heat in the North-West region of Russia and the second largest territorial generating company in Russia in terms of installed capacity.

South-West Power Plant

South-West Power Plant is the energy facility of a new generation equipped with the state-of-the-art equipment, modern energy systems and process automation.

Additional Benefits

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 Power Plant Engineering