The Master of Science in Resource Efficient and Sustainable Building (RNB) at Technical University of Munich (TUM) trains graduates to design and plan buildings and neighbourhoods that reduce resource use and support climate protection. You learn to connect disciplines such as building physics, building services, structural design and life-cycle assessment to deliver practical, interdisciplinary sustainability solutions.
The Master of Science in Resource Efficient and Sustainable Building (RNB) at the Technical University of Munich (TUM) equips graduates with the skills needed to design and manage buildings and neighborhoods that minimize resource consumption while promoting climate protection. This program emphasizes the integration of various disciplines, including building physics, building services, structural design, and life-cycle assessment, to create effective and interdisciplinary sustainability solutions.
The MSc RNB program combines essential technical foundations with interdisciplinary modules that link sustainability goals to building and neighborhood planning. The curriculum is structured around key competence areas, supplemented by project-oriented learning and advanced studies.
Typical learning activities may include:
Note: The names of modules, their sequence, and the number of courses offered each term may differ by intake. Please verify the current curriculum on the official TUM program page.
To apply for the Master’s program, candidates typically need a recognized undergraduate degree, such as a Bachelor’s degree, along with successful completion of TUM’s aptitude assessment procedure. This assessment allows the relevant TUM department to evaluate your academic qualifications, motivation, and fit for the program.
No specific GRE or GMAT requirements are known for this program, and GPA standards are not specified here. It is advisable to check the official TUM admission page for the most current criteria related to your application.
Graduates of the MSc RNB program are well-equipped to pursue diverse career paths in the fields of sustainable architecture, urban planning, and environmental consultancy. They can take on roles in public and private sectors, contributing to projects that prioritize resource efficiency and sustainability in building design and urban development.
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