Clean Energy Processes (B.Sc.)

3 Years On Campus Bachelors Program

University of Erlangen Nuremberg

Program Overview

The Clean Energy Processes program is designed for students who are passionate about solving global energy challenges through innovative chemistry and engineering solutions. You'll develop expertise in sustainable energy conversion, chemical processes, and environmental technology—giving you the skills to shape the future of clean energy and make a real impact on climate change.

Curriculum Structure

First Year: Foundations in Chemistry and Engineering

Your first year establishes a strong foundation in the sciences essential for clean energy work. You'll engage with core modules including General and Inorganic Chemistry, Organic Chemistry, and Mathematics for Engineers, which provide the theoretical backbone for understanding energy processes. These courses ensure you have the chemical knowledge and mathematical tools necessary to tackle more specialized topics in subsequent years.

Second Year: Energy Systems and Process Technology

In your second year, the focus shifts toward practical applications of chemistry in energy systems. You'll study modules such as Physical Chemistry, Chemical Engineering Basics, and Energy Technology, where you'll learn how chemical principles translate into real-world energy solutions. This is where theory meets application—you'll begin analyzing actual energy conversion processes and understanding the thermodynamic and kinetic factors that make clean energy systems efficient.

Third Year: Specialization and Research

Your final year allows you to specialize in advanced topics within clean energy. You'll complete modules like Advanced Process Engineering, Catalysis and Reaction Engineering, and Environmental Process Technology, alongside a substantial Bachelor thesis project. This capstone experience lets you conduct original research on a clean energy challenge that genuinely interests you, preparing you for either professional practice or further graduate studies.

Focus Areas

Renewable energy technologies, sustainable chemical processes, catalysis, environmental remediation, energy efficiency, and innovative conversion systems.

Learning Outcomes

Upon graduation, you'll be able to design and optimize chemical processes for clean energy applications, analyze environmental impacts of energy systems, apply engineering principles to real-world sustainability challenges, and communicate technical findings to both specialist and non-specialist audiences.

Professional Alignment (Accreditation)

The program is recognized within Germany's engineering education framework and aligns with industry standards for chemical and process engineering professionals. Graduates are eligible for registration as engineers in relevant professional bodies.

Reputation & Employability

University of Erlangen Nuremberg consistently ranks among Germany's top technical universities and maintains strong connections with leading energy and chemical companies. The institution's emphasis on research-led teaching and practical experience makes graduates highly competitive in the clean energy sector, where demand continues to grow across Europe.

Experiential Learning (Research, Projects, Internships etc.)

In the Clean Energy Processes (B.Sc.) program at FAU Erlangen-Nürnberg, you'll dive straight into hands-on learning from day one, building real-world skills in sustainable energy technologies through our state-of-the-art facilities tailored to this field. As one of our fully English-taught international bachelor's programs, it emphasizes practical application in clean energy processes, giving you access to cutting-edge labs and tools right here in Erlangen-Nürnberg.

This means you'll work with specialized equipment and collaborative projects designed for the program's focus on chemical engineering and sustainable technologies:
- Dedicated Clean Energy Processes labs for experimental work in energy conversion, materials processing, and sustainable tech, integrated into the program's curriculum under the Clean Energy Processes department.
- Advanced research institutes like those highlighted in FAU's features on Clean Energy Processes, including ties to high-performance computing resources (e.g., supercomputers Alex and Fritz) for simulations in energy modeling.
- Group projects and modular coursework building toward practical assessments, mirroring the structure of related master-level programs with hands-on modules in clean energy applications.
- FabLab access—FAU's high-tech makerspace for prototyping energy devices and innovative processes, perfect for Clean Energy students experimenting with real materials.

These opportunities set you up perfectly for internships and industry connections in Bavaria's energy hub—imagine applying right after your first semester.

Progression & Future Opportunities

In the Clean Energy Processes (B.Sc.) program at the University of Erlangen-Nürnberg (FAU), you'll dive right into hands-on learning from day one, building real-world skills in sustainable energy technologies through the program's dedicated focus on practical engineering in clean energy processes. You'll work with cutting-edge facilities tied to FAU's expertise in chemical engineering and materials, getting that perfect mix of theory and practice to prepare you for a career in renewable energy. This isn't just classroom stuff—it's designed to give you the tools and experience employers crave.

Here's what makes the experiential side so strong:
- Access to specialized labs and research facilities in the Clean Energy Processes department, including those linked to sustainable chemical technologies for hands-on experiments in energy processes.
- Opportunities in high-performance computing environments like the Alex and Fritz supercomputers at FAU's computing center, ideal for simulations and modeling in clean energy applications.
- Collaboration through FAU's research institutes, such as those in chemical engineering and advanced materials, where you'll engage in projects aligned with the program's focus.
- Modular structure with ongoing assessments and a final thesis semester, building practical project skills throughout.

This program sets you up perfectly—apply now for winter semester start (admission-free and fully in English) and let's get you started on a future powering clean energy worldwide.