Renewable Energy and Energy Efficiency (Sustainable Energy Systems) (B.Eng)

3 Years On Campus Bachelors Program

University of Applied Sciences Emden Leer

Program Overview

The Renewable Energy and Energy Efficiency (Sustainable Energy Systems) B.Eng at University of Applied Sciences Emden/Leer is an interdisciplinary program blending mechanical engineering and natural sciences, perfectly suited for students passionate about the energy transition, sustainability, and hands-on tech like wind turbines, solar systems, and efficient energy networks. You'll dive into designing renewable systems, optimizing energy use, and tackling real-world challenges in a fully international environment taught in English (with B2 level required), gaining practical skills through labs, projects, and excursions that prepare you for a booming green job market.

Curriculum structure
Year 1-2 (Semesters 1-4): Early years build your foundation in energy basics and sustainable practices, starting with core concepts in renewable sources and efficiency. You'll explore Sustainable Production, learning about globalization, climate impacts, and production systems for eco-friendly manufacturing, alongside hands-on labs like Laboratory Course Solar Energy where you test photovoltaic and thermal experiments. This sets the stage with technical projects that let you prototype ideas in areas like energy modeling.

Year 3 (Semesters 5-6): Upper years ramp up with advanced systems thinking, focusing on storage, generation, and optimization for real energy grids. Courses like Energy Storage cover thermal, chemical, electrical, and hydrogen tech, while Thermal Power Plants dive into efficiency, emissions, and power development; you'll apply it all in the Sustainable Energy Project, a major 7 ECTS capstone tackling interconnected sustainable systems. Expect modeling local energy networks with prosumers via Process Modelling and Energy Optimization.

Focus areas
Wind energy (including offshore), solar thermal and photovoltaics, heat pumps, energy efficiency measures, thermal power plants, energy storage (hydrogen, fuel cells), and sustainable interconnected systems.

Learning outcomes
Design wind turbines and PV systems, implement efficiency for buildings, model/optimize energy processes, analyze supply chains' technical/economic/environmental sides, and lead sustainable projects with lab-tested expertise—earning skills for the "Renewable Energy" certificate option.

Professional alignment (accreditation)
Accredited B.Eng program from Technology Faculty, interdisciplinary across Mechanical Engineering and Natural Sciences, with ECTS-aligned modules ensuring EU-recognized qualifications for energy sector roles.

Reputation (employability rankings)
Strong research ties in Sustainable Technologies (offshore wind, biorenewables, energy efficiency), with students joining real SME projects; high employability via practical focus, though specific QS/Guardian rankings unavailable—university excels in applied green tech regionally.

Experiential Learning (Research, Projects, Internships etc.)

At the University of Applied Sciences Emden/Leer, the Renewable Energy and Energy Efficiency (Sustainable Energy Systems) B.Eng. program stands out for its hands-on approach, where you'll dive straight into practical skills through laboratory experiments, simulation courses, and real-world projects that let you apply engineering fundamentals like thermodynamics and mechanics to renewable energies such as wind, solar, and biomass. You'll work with cutting-edge tools in energy storage, photovoltaics, and wind turbine design, building expertise right alongside industry-relevant tech in a region buzzing with wind parks, solar plants, and energy firms. This project-oriented setup, complemented by excursions to local companies, ensures you're not just learning theory—you're creating sustainable solutions from day one.

Here's how you'll gain that edge through specific experiential opportunities in the program:

- Laboratory courses in wind energy, solar energy, photovoltaics, and bioenergy, where you perform and analyze real-life experiments on turbines, panels, and biomass systems.
- Technical projects and the Sustainable Energy Project (up to 7 ECTS), including group work like the "WindChallenge" project, plus options in simulation of energy systems, process modeling, energy optimization, and aerolastic simulations of wind turbines—perfect for teaming up on innovative ideas.
- Excursions and field trips to renewable energy companies, giving you insider views of how wind farms, solar thermal systems, and heat pumps operate in the industry.
- Practical phase in the 7th semester, often involving internships or industry placements, plus a bachelor's thesis tied to real-world applications.
- Student-led initiatives like the solar boat team, sustainability team, and Gambia project, letting you gain extra hands-on experience in green tech.
- Research integration via the university's Sustainable Technologies focus, where students join projects on offshore wind, energy efficiency, biorenewables, and Power-to-Gas in labs spanning mechanical engineering, process engineering, and more.

Imagine graduating with skills employers in energy consulting, research institutes, and green tech firms are hunting for—right in Emden's sustainable energy hotspot.

Progression & Future Opportunities

In the Renewable Energy and Energy Efficiency (Sustainable Energy Systems) B.Eng. program at University of Applied Sciences Emden/Leer, you'll dive straight into hands-on learning from day one, building real-world skills through laboratory experiments, simulation courses, and project-based work that lets you apply energy theory to practical challenges like designing wind turbines or optimizing solar systems. The program is designed to be highly practice-oriented, with access to specialized labs for wind energy, solar thermal, photovoltaics, and more, plus opportunities to join research-focused projects in sustainable technologies right on campus. This setup ensures you're not just learning about renewable energies—you're actively experimenting with them in a region packed with wind farms, biogas plants, and energy companies.

Here are some standout ways you'll gain experiential learning tailored to this program:
- Laboratory courses in wind energy, solar energy, photovoltaics, and energy storage, where you perform and analyze real-life experiments on topics like fuel cells, hydrogen storage, and biomass combustion.
- Technical projects and group work, including the "Sustainable Energy Project" (7 ECTS) and "Technical Project" with flexible topics, plus student-led initiatives like the WindChallenge project, solar boat team, and Gambia project.
- Field trips and excursions to regional companies in renewable energies, giving you insider views of wind turbines, solar thermal systems, and industry operations.
- Simulation and modeling tools for energy systems, aerodynamics of wind turbines (e.g., aeroelastic simulations), process modeling, energy optimization, and performance analysis of PV systems.
- Practical phase in the 7th semester, combining internships or industry placements with your bachelor's thesis, often linked to real research in offshore wind, bioenergy, and energy efficiency through the university's Sustainable Technologies focus.
- Interdisciplinary research access via the Faculty of Technology's labs and the Research Focus Sustainable Technologies, involving wind energy production/storage, biorenewables, and collaborations with SMEs—students frequently join these projects.

Imagine graduating with a double degree option and direct paths to jobs in the booming energy sector here in Emden—it's a program that sets you up for success.