International Master's in Environmental Engineering

This program tackles some of the most urgent environmental challenges of our time — from air, water and soil pollution to climate change and the drive to decarbonise. It trains engineers to design and implement solutions that protect ecosystems and promote the sustainable use of resources. The course is delivered in English and has an explicitly international focus, equipping graduates to contribute to environmental improvement worldwide.

Graduates go on to work across a broad range of areas including environment, energy, climate protection, sustainability and resource efficiency. Career opportunities span many sectors — for example, manufacturing, logistics and transportation, the energy and construction industries, as well as internationally active non-governmental organisations. The program aims to prepare students for roles where technical know-how, systems thinking and practical problem-solving are needed to meet global sustainability goals.

Key facts and entry profile

• Degree awarded: Master of Arts (Environmental Engineering)
• Field: Environmental Science
• Language of instruction: English
• Location: Freising, Germany
• Target applicants: engineering graduates and professionals from around the world seeking to work in environment, energy, climate protection, sustainability or resource-efficiency roles
• Typical employment sectors: manufacturing, logistics & transportation, energy, construction, internationally active NGOs

Overview This master's blends scientific foundations with hands-on, application-focused training to prepare you for real-world environmental engineering challenges. The curriculum builds on engineering fundamentals acquired in your bachelor’s degree and moves quickly into practical tasks you are likely to encounter in professional settings. Modules are designed to be interdisciplinary and practice-oriented so you learn to transfer theory into workplace solutions.

Teaching and assessment emphasize independent problem identification and solution development. You will work on project-based assignments and practical laboratory exercises that simulate professional workflows. During the first and second semesters you study a range of compulsory modules centered on mitigation of environmental damage and global warming impacts. The programme also includes compulsory elective options that develop management and language skills—useful for leadership roles and international collaboration. The third semester is reserved for the Master’s thesis.

If your previous degree carries fewer than 210 ECTS (or is an international qualification), the programme may require an extra internship semester or the completion of additional course credits before you begin your thesis. In some cases, documented professional experience as an engineer can be recognised instead of additional coursework or internship time.

Key modules (highlights)

• Compulsory modules on mitigation of environmental impairment and global warming impacts
• Project-based modules that require independent problem definition and solution design
• Practical laboratory courses that develop experimental and technical skills
• Compulsory elective modules in management and language competence for professional practice

Learning outcomes

• Apply and extend bachelor-level engineering knowledge to complex environmental problems
• Identify, frame and solve practical, interdisciplinary challenges through project work
• Design, execute and interpret laboratory- and field-based investigations
• Communicate technical solutions effectively and manage aspects of project implementation
• Produce an independent Master’s thesis demonstrating research or applied engineering competence

Admission notes / requirements (concise)

• Bachelor’s degree (typically 210 ECTS or equivalent)
• If your degree is <210 ECTS or obtained abroad: an additional internship semester or extra course credits may be required before starting the thesis
• Recognised professional engineering work experience can sometimes substitute for the additional internship/credits

Graduates are prepared for technical and managerial roles in environment, energy, climate protection, sustainability and resource efficiency across many sectors, including manufacturing, logistics and transport, energy and construction, as well as policy bodies and international NGOs. The combination of applied engineering skills, project experience and interdisciplinary knowledge equips alumni to work in design, consulting, operations, regulatory compliance, and sustainability strategy roles.

The programme’s practical focus and opportunities for internships or recognition of professional engineering experience also help students build industry contacts and transition directly into employment or pursue doctoral research in environmental engineering topics.