Master of Science in Environmental Engineering

This Master's programme trains engineers in anticipatory environmental protection, providing specialist knowledge across water, soil, infrastructure and cross-cutting methods. Teaching places a strong emphasis on sustainability and on assessing the environmental, social and economic impacts of engineering decisions so that solutions account for both ecological integrity and the livelihoods of future generations.

Students learn to develop balanced, impact-oriented solutions and to approach environmental problems from a systems perspective. Interdisciplinary collaboration is central: environmental engineers are expected to work closely with other disciplines and to communicate intensively with affected stakeholders throughout planning and implementation.

Practical skills are reinforced through team- and project-based work during the Master’s at TUM, helping students build the technical, collaborative and communication abilities needed for professional practice where environmental, societal and economic concerns intersect.

Key expectations / requirements

• Engagement with core areas: water, soil, infrastructure and cross-cutting environmental methods
• Commitment to sustainability and impact-oriented engineering thinking
• Openness to interdisciplinary working and collaboration across fields
• Strong communication with stakeholders and affected parties
• Active participation in team and project-based coursework as part of the programme

Curriculum overview

This MSc program is built around early specialisation: at the start of the first semester you pick two of eleven thematic fields to create a tailored study profile. The available fields cover the full breadth of environmental and civil-engineering challenges, from water systems and hydraulics to urban planning, geotechnics and the water‑energy‑food nexus. Key topics you can specialise in include Urban Water Engineering, Water Resources Management, Hydraulic Engineering, Hydrogeology (including groundwater and geothermal energy), Modelling and Measurement of Flow and Transport, Resource Efficiency in Urban Planning, Environmental Geotechnics, Environmental Hazards and Risk, Sustainable Urban Mobility Planning, Transportation Engineering and Control, and the Water‑Energy‑Food Nexus.

A shared “Cross Cutting Methods, Technologies and Fundamentals” block runs across all specialisations to provide common competencies. Through this block you gain hands‑on skills in obtaining, processing and modelling environmental data, strengthen laboratory techniques and practise using discipline‑specific software tools. The programme emphasises applied learning: an applied study project is completed during the three‑semester teaching period, and the degree is finalised by a Master’s thesis in the final semester.

Learning outcomes

Graduates emerge with both specialist and transferable capabilities: the ability to analyse and model environmental flow and transport phenomena, design and assess water and urban infrastructure, evaluate geotechnical and hazard risks, and integrate resource‑efficiency and sustainability into planning and mobility solutions. You will also develop practical laboratory and field skills, proficiency in environmental data handling and software-based modelling, and experience working on applied, interdisciplinary projects—preparing you for technical, planning or research roles in environmental engineering and related sectors.

Program requirements (concise)

• Choose two out of the eleven available fields of study at the beginning of the first semester to define your specialisation profile.
• Complete the common "Cross Cutting Methods, Technologies and Fundamentals" module block shared by all students.
• Finish an applied study project during the three‑semester teaching period.
• Submit and complete the Master’s thesis in the final (last) semester.

For more details on structure, application and specific module descriptions, consult the programme information page provided by the university.

Graduates are prepared for professional roles in consulting firms, water and wastewater utilities, environmental agencies, urban and infrastructure planning offices, research institutions and industry sectors addressing resource management and environmental protection. The programme’s combination of technical depth, data and modelling skills, and interdisciplinary communication prepares students for positions involving project design, impact assessment, risk management and policy implementation.

The degree also provides a solid foundation for doctoral studies or specialised research careers, particularly for students interested in advanced topics like hydrogeology, resource-efficient urban planning or the water–energy–food nexus.