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4 Years On Campus Bachelors Program
Oulu University of Applied SciencesThe Bachelor of Engineering in Energy and Environmental Engineering at Oulu University of Applied Sciences (Oamk) is a 4-year, 240 ECTS program that equips you with hands-on skills to drive the energy sector's shift toward sustainability, covering everything from renewable energy tech to environmental processes. It's perfect for motivated students passionate about tackling climate challenges and innovation, blending engineering basics with real-world projects alongside regional companies for a versatile path to exciting careers.
Curriculum Structure
Year 1 kicks off with a solid foundation in engineering essentials, where you'll dive into Applied Mathematics, Physics, and Chemistry to build your problem-solving toolkit, alongside Language and Communication Studies to sharpen your teamwork in international settings. You'll get comfortable with core concepts through hands-on workshops and assignments, setting you up to handle the field's technical demands right away. This year emphasizes responsible engineering practices from day one, integrating sustainability early on.
Year 2 ramps up with professional studies like Transfer Phenomena and Energy Technology Processes, teaching you how energy moves and transforms in real systems, while Environmental Engineering Processes shows you how to minimize impacts on the planet. Expect practical online and on-site lessons, plus project work that applies these to everyday challenges. You'll start using engineering software, making abstract ideas tangible and boosting your confidence for industry roles.
Year 3 focuses on cutting-edge topics such as Renewable Energy and Fundamentals of Sustainable Production and Consumption, where you'll explore wind, solar, and bioenergy solutions alongside efficient resource use. Interdisciplinary business modules help you connect tech with market needs, and you'll tackle complex projects that mirror workplace scenarios. Collaboration with companies here turns theory into portfolio-worthy experience.
Year 4 ties it all together with advanced applications, regulatory studies on legislation's role in energy tech, and personalized electives to specialize in your passions like green innovation. Culminating in a thesis or capstone project, you'll demonstrate mastery through reports, presentations, and prototypes. This capstone year launches you into the workforce with a network and skills employers crave.
Focus Areas: Renewable energy systems, environmental impact mitigation, sustainable production processes, energy efficiency technologies, and regulatory compliance in a changing business landscape.
Learning Outcomes: Gain internal engineering skills (math, physics, software tools), professional expertise in energy and environmental processes, and external adaptability for dynamic workplaces, all with sustainability woven throughout.
Professional Alignment (Accreditation): This is an accredited Bachelor of Engineering degree from Oamk, a recognized Finnish university of applied sciences, meeting EU standards for higher education in engineering fields with 240 ECTS credits.
Reputation (Employability Rankings): Oamk's strong industry ties in Oulu's tech hub deliver excellent employability, with graduates landing roles in the transforming energy sector—think pivotal positions in cleaner, efficient energy production amid global sustainability demands; official stats highlight versatile career paths through close company collaborations during studies.
At Oulu University of Applied Sciences, our Bachelor of Engineering in Energy and Environmental Engineering puts you right in the heart of hands-on learning, where you'll build real-world skills in energy systems, automation, and sustainable tech using cutting-edge facilities like the Hybrid Laboratory. This unique lab, shared with the University of Oulu, lets you experiment with electrical and district heating networks to study energy production, heat losses, building controls, smart lighting programming, and solar panel data analysis—preparing you perfectly for a career in green energy. You'll simulate multi-story building heating systems, test electricity storage methods, and work with live data collection tools to optimize energy efficiency and low-carbon solutions, all in a space designed for practical engineering education.
Here's what makes our experiential learning stand out, drawing directly from our program-specific facilities:
- Hybrid Laboratory for energy, automation, electrical, and building technology: Hands-on testing of power systems, network optimization, and energy forecasts with built-in electrical/district heating setups.
- Simulations of real-world scenarios like solar electricity production evaluation and heat control systems in multi-story buildings.
- NUVE-LAB for energy-efficient vehicles and machinery: Vehicle-in-the-Loop (VIL) simulations, powertrain efficiency assessments, digital twins, real-time modeling, and hydrogen/biogas power research (expanding by 2025).
- Access to Linnanmaa campus solar power system for monitoring real-time production data and renewable energy studies.
- Collaboration-ready environments with companies for product testing, piloting, and big data applications in energy flexibility and smart maintenance.
These tools and labs mean you'll graduate with skills employers demand, from programming controls to analyzing energy data.
In our Bachelor of Engineering in Energy and Environmental Engineering at Oulu University of Applied Sciences, you'll dive straight into hands-on learning from day one, building real-world skills in energy systems, automation, and sustainable tech right in state-of-the-art facilities like the Hybrid Laboratory. This unique lab, shared with the University of Oulu, lets you experiment with electrical and district heating networks, simulate multi-story building heating systems, and analyze solar panel data to tackle energy efficiency and low-carbon solutions. You'll get practical experience programming smart lighting, optimizing networks, and studying heat losses—preparing you perfectly for a career shaping a greener future.
Here's what makes our experiential learning stand out, all tailored to this program at the Linnanmaa campus:
- Hybrid Laboratory: Work with labs for energy, automation, electrical, and building technology; test electricity production/storage like solar panels, collect real-time data for analysis, and simulate building tech systems for energy forecasts and big data apps.
- NUVE-LAB: Test energy-efficient, zero-emission vehicles and work machinery using Vehicle in the Loop (VIL) simulations, digital twins, real-time modeling, and power systems up to 1100 kW—ideal for sustainable transport tech.
- Sustainable campus features: Monitor live solar panel production on the Linnanmaa roof (some used for research), green electricity, district heating, and energy efficiency tools in renovated, accessible facilities.
- Research and development platforms: Access top-notch labs for product testing, piloting, and industry collaboration in energy and environmental engineering.
These facilities give you the edge employers want—apply now for the supplementary round and start building your expertise!
Number of Starting Places 30Eligible qualifications include Finnish upper secondary school or matriculation examination, International Baccalaureate (IB), European Baccalaureate (EB), Reifeprüfung (RP), or Deutsche Internationale Abitur (DIA).Finnish vocational upper secondary qualification (120 credits / 180 competence points), comparable earlier vocational qualification, or Finnish post-secondary or higher vocational diploma are accepted.A further or specialist vocational qualification or any foreign qualification that provides eligibility for higher education in the awarding country is also accepted.Applicants are automatically placed into available selection methods based on their application details, including International UAS Exam, SAT test, certificate-based selection (matriculation examination), or certificate-based selection (vocational qualification).English language proficiency can be demonstrated with IELTS Academic overall 6.0 or TOEFL iBT total 60; for TOEFL tests taken on or after 21 January 2026, a minimum total score of 3.5 is required.Design EngineerProduction EngineerProduct Development EngineerOperations EngineerSales EngineerMaintenance EngineerEnergy AdvisorEnvironmental EngineerProject ManagerProcess DesignerSupervisorManagerTechnical Sales EngineerEnergy Systems EngineerEnergy Efficiency SpecialistEnergy Production EngineerEnergy Storage EngineerEnergy Consultant 
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