Bachelor of Science in Power Engineering, specialization Energy Technologies

3 Years On Campus Bachelors Program

Gdansk University of Technology

Program Overview

The Bachelor of Science in Power Engineering, specialization Energy Technologies at Gdańsk University of Technology is a hands-on, interdisciplinary 3.5-year program (7 semesters) taught in English, earning you an Engineer degree with 210 ECTS points. It's perfect for students passionate about math and physics who want to dive into designing, building, and maintaining power plants, energy systems, and renewable tech—preparing you for real-world roles in the booming energy sector.

Curriculum Structure
Year 1: You'll build a strong foundation in core engineering principles, focusing on the basics of power production and thermal systems through courses like Power Production, Thermal Engineering, and Technical Sciences. This year emphasizes sustainable development and eco-friendly energy basics, giving you the tools to understand how power systems work from the ground up. Hands-on labs help you apply math and physics to real energy challenges right away.

Year 2: As you progress, the focus shifts to practical design and operations, with key modules such as Power Plant Design, Combined Heat and Power Plants, and Energy Certificates. You'll learn technical and economic analysis for investments, reliability assessments, and safety in power systems, blending theory with projects that mimic industry scenarios. This builds your confidence in tackling modernization and efficiency projects.

Year 3-3.5 (Semesters 5-7): Advanced studies dive into eco-friendly innovations, covering Renewable Energy Sources (RES), Small Power Production Systems, and Power Transmission and Distribution. You'll master diagnostics, maintenance, and exploitation of heat plants, grids, and green tech like biomass, geothermal, and wind systems, all through the CDIO framework (Conceive-Design-Implement-Operate). Capstone projects and industry prep ensure you're ready to lead in energy conservation and smart grids.

Focus Areas: Power engineering, energy technologies, conservation, renewable sources (RES), power/heat plants, transmission systems, and distribution—emphasizing design, production, exploitation, diagnostics, and maintenance via the CDIO concept.

Learning Outcomes: Gain detailed theoretical and practical skills in power systems; design/operate plants and grids; conduct economic/reliability analyses; specialize in eco-friendly tech like CHP, small RES plants (wind, water, biomass, geothermal); prepare for teamwork, R&D, and international energy roles.

Professional Alignment (Accreditation): Aligned with Polish Qualifications Framework (7th level); prepares for energy sector design/construction/operation, ecological solutions, and EU standards in sustainable energy—no specific external accreditation noted, but grounded in faculty expertise from Mechanical Engineering & Ship Technology and Electrical & Control Engineering.

Reputation (Employability Rankings): Graduates land jobs in power plants, CHP facilities, industrial energy departments, design offices, consulting firms, RES enterprises, and local government; strong demand for skills in ecological energy, with alumni starting RES businesses—Gdańsk Tech ranks highly in engineering employability per official stats.

Experiential Learning (Research, Projects, Internships etc.)

You're looking at one of Poland's most comprehensive and practice-focused engineering programs. This 3.5-year interdisciplinary degree isn't just theory—it's built on the CDIO (Conceive – Design – Implement – Operate) framework, which means you'll spend half your time designing real solutions rather than sitting through lectures.

This program genuinely bridges the gap between classroom and industry. You'll develop hands-on expertise in designing, building, diagnosing, and maintaining power plants, heat systems, and energy distribution networks. The curriculum emphasizes practical problem-solving from day one, with courses structured around actual engineering challenges you'll face in your career.

Here's what makes the experiential learning at Gdańsk Tech different:

- CDIO Projects: You'll complete an "Advanced CDIO Project" in your third year—a semester-long design initiative where you'll apply everything you've learned to real engineering scenarios
- Laboratory Work: Dedicated lab hours across multiple semesters in courses like Steam and Gas Turbines, Cogeneration Systems, and Power Plants and Combined Heat and Power Plants, where you'll work with actual equipment and systems
- Professional Practice Requirement: A mandatory internship component (6 ECTS credits) embedded in your final year, connecting you directly with energy industry employers
- Interdisciplinary Facilities: Access to resources across two major faculties—Mechanical Engineering and Ship Technology plus Electrical and Control Engineering—giving you exposure to both the mechanical and electrical sides of energy systems
- Digital Tools and AI Integration: Modern energy systems modeling software, thermodynamic simulation tools, and emerging technologies like digital twins for predictive maintenance and system optimization
- Specialized Electives: Choose from courses like "Water and Wind Power Stations," "Technical Diagnostics," and "Energy Auditing" to build expertise in your specific interest area
- First Degree Final Project: A 10-credit capstone project where you'll independently research and present an original contribution to power engineering

The program also prepares you for second-cycle (master's) studies if you want to specialize further, and graduates are equipped for immediate careers in power generation, energy distribution, renewable energy integration, and industrial energy management.

Progression & Future Opportunities

At Gdańsk University of Technology, our Bachelor of Science in Power Engineering with a specialization in Energy Technologies puts hands-on learning front and center through the CDIO (Conceive – Design – Implement – Operate) approach, where you'll tackle real-world energy challenges from the ground up. You'll dive into practical projects, labs, and professional practice right from your early semesters, building skills in designing power plants, renewable energy systems, and energy conversion tech using the university's top-notch facilities at the Faculty of Mechanical Engineering and Ship Technology and Faculty of Electrical and Control Engineering. This means gaining expertise in everything from fluid mechanics and heat turbomachinery to advanced diagnostics, all while working with cutting-edge tools that mirror industry standards.

Here are some standout experiential learning opportunities tailored to this program:
- Introductory and Advanced CDIO Projects: Jump into team-based projects early on (like 30-hour Introductory CDIO) and cap it with a challenging Advanced CDIO Project in semester 6, where groups conceive, design, implement, and operate energy systems—perfect for honing collaborative problem-solving.
- Professional Practice: A dedicated 6 ECTS internship-like experience in later semesters lets you apply classroom knowledge in real power engineering settings, building your resume with practical industry exposure.
- Specialized Laboratories: Hands-on labs in Measurements and Measurement Systems, Fundamentals of Power Electronics, Fluid Mechanics, and Exploitation of Renewable Energy Sources give you direct access to equipment for testing energy conversion, turbines, and diagnostics.
- Group Projects and Electives: Collaborate on projects in courses like Steam and Gas Turbines, Cogeneration Systems, and electives such as Water and Wind Power Stations or Technical Diagnostics, often involving 15-30 hours of group work per module.
- Digital Tools and Modeling: Use industry software for energy system simulations, thermodynamic modeling, process simulation, digital twins, AI-driven optimization, and scenario analysis for renewables—integrated into courses on power plant performance and energy planning.