About the degree program
The transformation of our energy systems toward sustainable, environmentally friendly solutions is one of the greatest global challenges of the 21st century. In the Diplom degree program in energy and environmental engineering, you’ll acquire subject-specific competencies needed to actively help shape the solution to this challenge. You’ll develop innovative technologies for harnessing renewable energy, design efficient energy storage systems, and optimize energy-related facilities—always with a focus on sustainability and environmental compatibility.
Acquire Forward-Looking Subject-Specific Competences
In this program, you will gain in-depth knowledge in the following core areas:
- Renewable energy generation from solar, wind, and hydro power
- Sustainable heat supply and thermal energy efficiency
- Innovative storage technologies and hydrogen systems
- Energy system technology and emission-reducing power plant technologies
- Environmentally friendly process engineering and resource management
- Safe application of radiation technology processes
You’ll learn how modern energy systems are designed, optimized, and operated. By choosing between the specializations in Renewable Energy and Energy Efficiency or Applied Radiation Technology , you can tailor your studies to your personal interests. The practice-oriented program, featuring engaging laboratory experiments, comprehensive internships, and an integrated practical semester, provides you with optimal preparation for your career. Your Diplom in the 8th semester serves as the crowning degree of your studies.
| faculty: | Mechanical Engineering |
| Location: | Zittau |
| Degree: | Bachelor of Engineering (FH) |
| Standard duration of study: | 8 semesters |
| ECTS credits: | 240 |
| Language of instruction: | German |
| Enrolment for: | Winter semester |
| Application period: May 1 through September 30 | Start of studies: October |
| Admission restrictions: | No admission restrictions (no enrollment cap) Details |
| No prerequisite internship | Student Advising |
| Accreditation status: | Certified |
Course content
The energy and environmental engineering degree program combines theoretical foundations with practical applications. In the first three semesters, you will first acquire solid engineering fundamentals in mathematics, physics, mechanics, thermodynamics and materials technology - the basis for any successful engineering career.
After the third semester, you choose your specialization. From the fourth semester onwards, you will deepen your specialist knowledge in the areas of energy system technology, fluid energy machines and resource management. The fifth semester is designed as an internship semester and allows you to gain valuable professional experience. In the following semesters, specialized modules await you depending on your chosen specialization - from regenerative energy technology and energy storage to advanced radiation technology applications. Complex internships offer you the opportunity to apply your theoretical knowledge in practice and work in a team.
- Engineering Thermodynamics I
- Fundamentals of Computer Science
- Business Administration
- Engineering Mathematics I
- Physics and Fundamentals of Electrical Engineering
- Engineering Mechanics I – Statics
- Materials Science and Chemistry
- Materials engineering and chemistry
- Manufacturing technology I
- Engineering Mathematics II
- Design engineering I
- Basic practical course in physics, electrical engineering, materials testing
- Technical Mechanics II
- Technical Thermodynamics II
- Computer Science II (elective module)
- Design Theory I
- Machine Elements I
- Fluid mechanics I
- Physical and manufacturing fundamentals of metrology
- Technical Mechanics III
- Technical Thermodynamics III
After the 3rd semester, you choose a specialization: "Applied Radiation Technology" or "Renewable Energies and Energy Efficiency".
- Heat exchangers, pipes/tanks
- Energy and resource management
- Fluid energy machines
- Basic concepts of energy and environmental engineering
- Fundamentals of material conversion
- FEM I and Applied Mathematics (elective module)
Modules of the Specialization in Applied Radiation Technology
- Fundamentals of radiation protection and radioecology
Modules of the Specialization in Renewable Energies and Energy Efficiency
- Interdisciplinary skills (compulsory elective modules)
- Practical semester thesis and defense
- Fluid mechanics II
- Control and regulation technology
- Power plant engineering
- Power engineering (elective module)
- Compulsory elective 1
- Sustainable heat supply technology
- Introduction to neutron physics and nuclear technology
Modules in the specialization Applied Radiation Technology
- Radiation technology in industry, science and medicine
- Complex practical course in radiation technology
- Interdisciplinary skills (compulsory elective modules)
Modules in the specialization Renewable Energies and Energy Efficiency
- Energy system technology
- Regenerative energy technology
- Complex internship in energy and environmental engineering
- Energy process engineering
- Efficient energy systems
- Compulsory elective 2
- Heating and ventilation technology
- Computational fluid mechanics
- Compulsory elective 3
- Electrochemical storage and hydrogen technology
- Project work in energy and environmental engineering
Modules in the Applied Radiation Technology specialization
- Complex practical course in radiation technology
- Safety and reliability of plants/reactor safety
- Production and disposal of radioactive materials (elective module)
Modules in the specialization Renewable Energies and Energy Efficiency
- Complex practical course in energy and environmental engineering
- Refrigeration and heat pump technology
- Final module (Diplom thesis and defense )
Career opportunities
Professional areas where you can get started
Regenerative energy technology
You will develop and optimize systems for the use of renewable energies. You will calculate energy potentials, plan systems for the use of sun, wind and biomass and design systems for integrating renewable sources into existing energy systems.
Energy Consulting
You analyze the energy consumption of buildings and industrial facilities and develop customized efficiency plans. You advise on funding opportunities, evaluate economic factors, and oversee the implementation of energy-efficiency retrofit measures.
Research & Development
You’ll work on cutting-edge technologies for the energy transition at research institutions or companies. You’ll design innovative energy storage systems, test new materials, and develop more efficient components for sustainable energy systems.
System planning
You plan complex energy technology systems from conception to commissioning. You dimension components, create simulations and coordinate implementation, taking into account technical, economic and ecological requirements.
Radiation Protection
You are responsible for the safe operation of radiation-emitting equipment in medicine, research, or industry. You monitor radiation protection measures, conduct measurements, and develop strategies to minimize radiation exposure.
Energy system technology
You will analyze and optimize the interaction of different energy sources and storage systems in complex supply systems. You will model energy flows, develop control concepts and contribute to the integration of renewable energies into existing infrastructures.
What our students say about the energy and environmental engineering degree program
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Our promise to you
Studying in the wild east?
Studying with us is different. Above all, better. Why? We have a family atmosphere. There are small study groups and the lecturers are always there for you. There is a close connection to practice in all degree courses. And finding affordable accommodation is no problem here.
There are many other reasons, such as university sports or the student representatives, clubs and societies. Campus life in Zittau and Görlitz, the wild east, is unique.