Energy Engineering, Bachelor of Science (BSc)

3 Years On Campus Bachelors Program

Aalborg University

Program Overview

The Energy Engineering Bachelor of Science (BSc) at Aalborg University is perfect if you're passionate about tackling real-world energy challenges like optimizing wind turbines or designing sustainable storage systems—it's hands-on from day one, blending projects, labs, and courses in thermal, electrical, and offshore energy tech to build your skills for the green transition. This program suits motivated students who love problem-solving and want to shape the future of renewable energy, giving you a strong foundation to launch into high-demand careers or our top MSc programs.

Curriculum Structure
First Year
You'll kick off with a broad foundation in core engineering principles through your first project on Energy Technologies (15 ECTS), where you'll dive into practical energy solutions like wind turbine efficiency or storage systems. Alongside, courses like Introduction to Electrical Engineering (5 ECTS), Introduction to Mechanics and Thermodynamics (5 ECTS), and Linear Algebra (5 ECTS) build your toolkit for modeling real energy processes, while second-semester work on topics like pumped hydro storage or biodiesel production gets you applying math and thermo right away.

Second Year
Building momentum, your second-year project Modelling and Analysis of Simple Energy Converting Systems (15 ECTS) lets you simulate systems like hot water storage or hybrid cars, sharpening your analytical edge. Key courses—AC Circuit Theory (5 ECTS), Applied Engineering Mathematics (5 ECTS), and Thermodynamics, Heat Transmission and Fluid Mechanics (5 ECTS)—equip you to handle dynamic energy flows, followed by third-semester projects on gas turbines that tie theory to practice.

Third Year
In the fourth semester, projects shift to control and real-time applications, like modeling servo systems or simulating engine controls, paired with courses in Fundamental Control Theory (5 ECTS), Mechanics (5 ECTS), and Real-Time Systems and Graphic Programming Language (5 ECTS). Fifth semester dives into specialization, such as Design of Thermal Systems (15 ECTS project), Modelling of Thermal Systems (5 ECTS), Numerical Methods (5 ECTS), and Heat Transfer (5 ECTS), focusing on efficient heating, cooling, and renewables integration. The sixth semester caps it with your BSc thesis in Thermo Mechanical Energy Systems (15 ECTS project), exploring flow machines, sustainability economics via Sustainable Energy Systems: Economics, Environment, and Public Regulation (5 ECTS), Chemical Thermodynamics and Process Optimisation (5 ECTS), and Flow Machines (5 ECTS)—complete with lab tests to verify your models.

Focus Areas
Choose between Thermal Energy Engineering (environmentally friendly heating/cooling, renewables integration, power-to-X, industrial efficiency) or Dynamic Systems (offshore energy, automation, mechatronics, control tech)—tailored to Denmark's world-leading thermal and wind energy expertise.

Learning Outcomes
You'll master analyzing, modeling, and optimizing energy systems; design innovative solutions for production, distribution, and consumption; gain project management skills through industry-linked group work; and understand future challenges like Power-to-X and carbon capture, all backed by advanced labs and simulations.

Professional Alignment (Accreditation)
This accredited BSc seamlessly feeds into Aalborg's MSc in Energy Engineering or Sustainable Energy Engineering, aligning with EU engineering standards and Denmark's push for green tech—preparing you for roles in renewables, where thermal engineers are in high global demand.

Reputation (Employability Rankings)
Aalborg's problem-based learning and energy research leadership deliver top employability—Aalborg ranks in the global top 100 for engineering (QS World University Rankings by Subject), with 95%+ graduates employed within 6 months, often at firms like Ørsted or Vestas leading wind and thermal innovations.

Experiential Learning (Research, Projects, Internships etc.)

At Aalborg University, the Bachelor of Science in Energy Engineering dives right into hands-on learning through our problem-based, project-organized approach—you'll spend half your time on courses and the other half tackling real-world projects in groups, often partnering directly with the Department of Energy Technology's research teams or companies. This means you're not just studying theory; you're building practical skills in energy systems, from alternative sources to optimization, using state-of-the-art labs that let you run realistic experiments in electrical, thermal, hydraulic, and mechanical areas. These modern facilities include advanced computer-based measurement and control systems to test and verify your project ideas, giving you the edge employers crave in a field shaping the future of sustainable energy.

Here are some standout ways you'll gain that experiential edge in the program:
- Group project work: Every semester features intensive group projects where you collaborate daily on campus, applying theory to solve energy challenges alongside peers from around the world.
- Well-equipped laboratories: Access modern labs at the Department of Energy Technology for hands-on experiments in dynamic systems, thermal processes, electrical testing, and more, with advanced computer-based tools for precise measurements and control.
- Research collaborations: Work closely with the Department's experts on alternative energy sources, energy savings, and system optimization—bridging your projects straight to cutting-edge research.
- Industry connections: Projects frequently involve external companies, building your professional network and giving you real-world application experience right from your studies.

Imagine coming out with skills that make you stand out—why not apply today and turn your passion for energy into action? Check out the full facilities list here: https://www.en.aau.dk/education/bachelor (see campus facilities section).

Progression & Future Opportunities

At Aalborg University, the BSc in Energy Engineering dives right into hands-on learning through our unique problem-based, project-organized approach. You'll spend half of each semester on group projects—often partnering with the Department of Energy Technology's research teams or real companies—building practical skills in energy systems, while the other half sharpens your knowledge with courses and experiments. Our modern laboratories let you run realistic tests in electrical, thermal, hydraulic, mechanical, and dynamic systems areas, backed by advanced computer-based measurement and control tools that turn theory into real-world results.

Here's what makes experiential learning in this program stand out, giving you the edge employers crave::
- Group project work: Core to every semester, where you collaborate in teams on energy challenges, linking directly to research environments at the Department of Energy Technology or industry partners.
- Well-equipped laboratories: State-of-the-art facilities for exciting experiments verifying your project analyses, covering electrical, thermal, hydraulic, mechanical, and dynamic systems with advanced computer-based measurement and control.
- Research integration: Close ties to the Department of Energy Technology, focused on alternative energy sources, consumption savings, and system optimization—your projects often feed into their cutting-edge work.

Imagine applying to this program and stepping into a full-time setup where you're on campus daily, gaining these skills in an international English-taught environment that builds your global network. It's designed for the energy challenges ahead, and spots fill fast—let's get your application rolling today. For the full facilities list, check https://www.en.aau.dk/about-aau/facilities.