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4 Years On Campus Bachelors Program
Turku University of Applied SciencesThe Energy and Electrical Engineering Bachelor of Engineering at Turku University of Applied Sciences equips you with practical skills in electrical engineering and energy technologies, focusing on how electricity is produced, used, and controlled—especially through renewable sources like solar, wind, and hydro. It's perfect for hands-on learners passionate about sustainable energy, electric vehicles, and smart systems, where you'll dive into real-world projects using modern labs and prepare for exciting careers in Finland and beyond.
Curriculum structure
Year 1: Building your foundation
You'll kick off with basic studies in mathematics, physics, English, and Finnish to build a strong technical base for engineering challenges ahead. Hands-on lab work introduces core concepts in Electrical Energy Systems and energy production, helping you understand power grids and generation right from the start. By year's end, you'll be tackling simple projects that spark your interest in renewable tech.
Year 2: Diving into professional skills
Professional studies ramp up with Renewable Energy modules, exploring solar, wind, hydro, and bioenergy systems in practical simulations and team projects. You'll also cover Electric Drives, learning how motors and controls power machines and vehicles, including battery-driven setups like EVs. This year emphasizes problem-based learning with company-linked exercises to make concepts stick.
Year 3: Advanced applications and specialization
Focus shifts to Energy Management Systems for optimizing energy in buildings and industry, plus Energy Markets to grasp trading and balancing renewables in real grids. You'll integrate automation and power electronics through project work, often tied to research on clean energy and efficient drives. Optional studies let you tailor toward interests like battery systems or wind power.
Year 4: Real-world integration and thesis
Capstone experiences include a 30 ECTS internship with companies, applying everything from electrical systems to energy projects in professional settings. Your Bachelor Thesis (15 ECTS) dives deep into a specialty, potentially combined with internship for hands-on impact. Wrap up with advanced professional studies, networking, and readiness for the workforce.
Focus areas: Renewable energy production (solar, wind, hydro, bioenergy), electric drives and vehicles, energy management in buildings/industry, power grids, automation systems, and energy markets.
Learning outcomes: Gain expertise in producing and controlling clean energy, designing efficient electrical systems, managing weather-dependent renewables, and handling real-world projects—plus strong problem-solving, teamwork, and international readiness through labs, simulations, and R&D.
Professional alignment (accreditation): This is a fully accredited Bachelor of Engineering (240 ECTS, 4 years) from Turku UAS, a leading Finnish university of applied sciences, emphasizing practice-oriented training aligned with industry needs in energy and electrification.
Reputation (employability rankings): Turku UAS graduates are top practice-oriented professionals with excellent job prospects; alumni land roles like project managers, engineers, system designers, and power plant operators in the booming electrical energy sector.
In our Energy and Electrical Engineering, Bachelor of Engineering program at Turku University of Applied Sciences, you'll dive straight into hands-on learning from day one, building real-world skills in energy systems, electrical engineering, and sustainable tech through our top-notch labs and research facilities. Our Faculty of Engineering offers high-quality learning environments where you can work on actual projects, test equipment, and collaborate with companies—think battery testing, solar modules, and engine simulations that prepare you for industry right away. You'll get involved in cutting-edge research groups like New Energy, gaining practical expertise in everything from electric vehicle charging to heat transfers and energy storage.
Here's what makes our experiential learning so powerful: direct access to specialized tools, projects, and opportunities tailored to energy and electrical engineering:
- Battery laboratory for testing battery packs, cells, and performance in electric vehicles—from e-bikes to e-buses—as part of the New Energy Research Centre.
- Solar module laboratory and rooftop PV production plant for reliable solar testing and renewable energy experiments.
- Engine and powertrain laboratory to study electric powertrains, emissions, fuels, and hybrid tech up to 400 kW, with future hydrogen research.
- NERC laboratory (300 m² state-of-the-art space) including Solar Lab, Des Lab, and Battery Lab for energy production, distribution, and storage R&D.
- Opportunities for internships and theses with the New Energy research group, plus courses in renewable energy specialization.
- Group projects and RDI collaboration through over 200 annual projects (with €10M+ funding), partnering with companies like AGCO Power, Wärtsilä, and Neste.
- Specific software and simulation tools like GT-Suite, Matlab/Simulink for powertrain modeling, plus CFD, FEM, and thermodynamics in Computational Engineering.
- Involvement in real-world applications via research groups like New Energy, Engine and Powertrain, and Computational Engineering and Analysis.
Imagine applying to a program where you're not just studying theory—you're testing batteries, simulating energy systems, and interning with industry leaders before you graduate. This is your chance to build a career in the booming green energy sector.
Why Energy and Electrical Engineering at Turku University of Applied Sciences Is Your Gateway to Real-World Impact
The Energy and Electrical Engineering program at Turku University of Applied Sciences stands out because it's built on learning by doing. From day one, you're not just studying theory in a classroom—you're working alongside industry professionals in state-of-the-art facilities, tackling real problems that companies and communities are actually facing right now. This hands-on approach means you'll graduate as a practice-oriented professional with skills that employers are actively looking for, not just theoretical knowledge.
The Faculty of Engineering has invested heavily in creating quality learning environments where you'll work on live projects with companies and organizations. You'll have access to laboratories and equipment that represent more than €10 million in research infrastructure investment in recent years. This means you're learning on professional-grade tools from the start—the same equipment used in cutting-edge energy research and development across Finland.
Your Experiential Learning Toolkit
Here's what you'll actually have access to and work with:
- Battery Laboratory: Test and develop battery technology for everything from e-bikes to e-buses as part of the New Energy research group's sustainable mobility focus
- Solar Module Laboratory: Gain hands-on experience with renewable energy systems through reliable domestic solar module testing services
- Engine and Powertrain Laboratory: Study fuel efficiency, emissions, and hybrid-electric technologies using electric dynamometers and simulation software (GT-Suite and Matlab/Simulink)
- New Energy Research Center (NERC): A state-of-the-art 300 m² laboratory space featuring the Solar Lab, Design Lab, and Battery Lab, plus a PV production plant on the building roof
- Material Engineering Lab and Vehicle Lab: Develop practical skills in materials and vehicle technology relevant to energy systems
- Internship and Thesis Opportunities: The New Energy research group actively welcomes students to complete internships and thesis projects, directly engaging you in ongoing research
- Live Industry Projects: Participate in more than 200 active RDI (Research, Development, and Innovation) projects running annually, many offering collaborative opportunities with companies like AGCO Power, Neste, and Wärtsilä
- Simulation-Based Learning: Work with advanced software tools including hardware-in-the-loop testing and vehicle powertrain simulation, bridging theoretical concepts with practical testing
- Research Group Integration: Join specialized teams like the Engine and Powertrain Research Group, which focuses directly on energy use and components for land and marine transport vehicles
- Specialization Pathways: Choose renewable energy as one of three main fields of specialization within the degree program, directly aligned with New Energy research activities
The program connects you with a network of real industry partners and gives you exposure to emerging technologies like hydrogen fuel research—something the Engine and Powertrain research group is developing for future capabilities.
An upper‑secondary level qualification that qualifies you for higher education in your home country (e.g., Secondary School Leaving Certificate, A‑Levels, IB, Diploma) to be eligible to apply through the joint application system.Applicants must demonstrate English proficiency with a minimum IELTS Academic score of 6.0 overall or a TOEFL iBT score of at least 60, covering all test sections (Listening, Reading, Writing, and Speaking).Applicants may be allowed to submit standardized tests, such as SAT or UAS entrance exams, depending on the chosen application route.Eligibility for Bachelor’s level studies in Finland generally requires being eligible to apply for higher education in your home country; selection can be done via SAT test scores (50% of places) or certificate-based selection with a Finnish Matriculation Examination, IB, EB, RP, or DIA diploma (50% of places).Applicants must fill in the joint application form at Studyinfo during the application period, submit required documents on time, and if applying via the SAT test, a minimum score of 400 in Reading and Writing and 400 in Math is required, with official scores sent directly from College Board to Turku UAS (code 6867).Energy companies and utilitiesElectrical design and automationRenewable energy projectsSmart building and energy efficiency solutionsTechnical sales and customer supportResearch and developmentEntrepreneurDesigner EngineerProject EngineerR&D EngineerProject ManagerSales Manager
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