Environmental Engineering
Technical University of Munich
Information last verified July 2026
Rank #22
Program Overview
Human activities such as resource extraction, energy production, urban development, economic operations, and transportation are deeply intertwined with the environment through complex interaction mechanisms. At the same time, natural phenomena can pose significant risks to human life and infrastructure.
The master’s program in Environmental Engineering focuses precisely on these dynamic interactions between human activity and the environment. Building on your solid foundation from the bachelor’s level, this program empowers you to deepen your understanding of environmental systems and their engineering implications. You can choose two among eleven different specialisations, such as water management, mobility, soil protection and many more.
The programme offers a mix of thematic specialisations, general competences, practical engineering work, and independent scientific research.
The Fields of Study form the core specialisation and your individual coursework of the Environmental Engineering M.Sc. programme, defining your professional focus. You choose two from the following eleven options:
Career Opportunities
A large proportion of the program's graduates work in planning and engineering offices that are thematically linked to their chosen fields of study. In addition, public administration, which is responsible for dealing with environmental issues, also employs environmental engineers. They work closely with engineering offices and interact with stakeholders from politics, business, and society.
The scientific nature of the program also enables many graduates to pursue careers in research and development, both in industry and in academia. In addition, environmental engineers also find employment with industrial companies, software providers, non-governmental organizations (NGOs), and consulting firms with relevant products and projects.
Program Curriculum
The programme lasts four semesters. Two semesters consist entirely of coursework (lectures, exercises, seminars, labs,..). The third semester is split between coursework and the practical study project. The final semester is reserved for the completion of the master’s thesis.
Students must complete a certain number of credits in several thematic categories.
The Fields of Study (s."What is the degree program about?") are the core specialisations of the programme and determine the graduate’s professional profile. Most of the programme's credits come from these categories.
Cross Cutting Methods
Cross Cutting Methods deliver overarching competences that are relevant for all Fields of Study, such as acquiring, modelling and visualisation of environmental data, scientific work and paper writing, as well as aspects of renewable energy.
Students can choose modules from the entire module catalogue of TUM to broaden their horizons. Eligible are modules from other Fields of Study of Environmental Engineering, other Study Programmes of TUM, soft skills, and language courses.
You can browse through the curriculum and read the syllabi of the courses in TUMonline or download the module handbook in the documents section.
International Mobility
Students have the opportunity to participate in one of the many international exchange programs offered by TUM. The third semester is most suited for an international mobility, as it consists only of elective modules and the study project. Both the electives and the study project can be done in cooperation with a partner university. There is also the possibility of making the study project remotely at TUM while being abroad.
Admission Requirements
Your bachelor's degree must have a minimum duration of three years and provide you with the prerequisites necessary to succeed in advanced environmental engineering classes. The fitness of the bachelor’s degree is evaluated based on the following course groups and weighted according to the credits of these groups in TUM’s environmental engineering bachelor’s program:
• Higher mathematics
• Engineering mechanics
• Fluid mechanics and thermodynamics
• Chemistry
• Water/wastewater treatment, hydrology, river engineering, transportation planning
The more of these prerequisites you cover in your bachelor’s programme, the higher the chance of getting admitted.
Proof of language proficiency
The master’s programme is entirely taught in English. You must prove your language proficiency by either:
• One of the recognised certificates listed on the website of the enrolment office
• Official proof that the medium of instruction in your bachelor's degree was English
• 30 ECTS credits from university courses taught in English
• or the TUM-internal qualification “English C1 Gateway to Masters” (available only to undergraduate students of TUM)
Please note that proof of language proficiency is a required document for admission and must be submitted before the application deadline expires. Please plan accordingly.
Tuition & Financial Information
Tuition Fee
Semester contribution ~€150 + possible non-EU surcharge
Non-EU students pay additional tuition (~€2,000–3,000/semester). Semester fee covers Deutschlandticket for public transport in Bavaria.
Financial Aid & Scholarships
TUM offers semester contributions (~€150) plus public transport in Bavaria (Deutschlandticket). Non-EU students may pay additional tuition fees (~€2,000–3,000/semester). Funding: DAAD, Deutschlandstipendium, BayBAföG (Bavarian student grants), TUM scholarships.
About Technical University of Munich
Technical University of Munich
Munich, Germany
TheTechnical University of Munich(TUMorTU Munich;German:Technische Universität München) is apublicresearch universityinMunich,Bavaria,Germany. It specializes inengineering,technology,medicine,...
University Profile- Start Date Winter Semester (October)
- Language English
- Duration 4 semesters
- Credits 120 ECTS
Similar Programs
-
International Master's in Environmental Engineering
Weihenstephan-Triesdorf University of Applied Sciences -
Master of Science in Environmental Engineering
Technical University of Munich -
Master of Science Tropical Hydrogeology and Environmental Engineering (TropHEE)
Technical University of Darmstadt -
Process Energy and Environmental Systems Engineering (PEESE)
Technische Universität Berlin
