Programs

AI in Biomedicine

The Master of Science (M.Sc.) in AI in Biomedicine is an elite, research-oriented program offered jointly by the Technical University of Munich (TUM) and Friedrich-Alexander-Universität Erlangen-Nürnberg. This program addresses the growing need for data-driven technological innovations in healthcare, driven by demographic changes, increasing chronic diseases, and rising costs. It equips students to develop and implement AI-driven solutions responsibly within biomedical contexts. Positioned at the intersection of computer science, engineering, and medicine, the curriculum provides essential competencies to analyze complex medical data using advanced AI technologies. Students learn to translate data into actionable insights and apply them to clinically relevant scenarios, such as developing interpretable AI models for clinical decision support or mitigating bias in diagnostics. The program integrates ethical, legal, and societal considerations of AI in healthcare throughout the studies. Graduates will be experts in designing, developing, and managing innovative AI systems in biomedicine, from algorithmic design to clinical integration. This prepares them for diverse careers in academia, research and development in pharmaceutical, medical technology, and tech industries, strategic consulting, innovation management, or AI-driven biomedical startups.

Architecture

The Master's degree program in Architecture at the Technical University of Munich (TUM) builds upon your foundational Bachelor's knowledge, allowing you to deeply explore and specialize in specific architectural fields. This program emphasizes design-oriented project work, preparing you for leadership roles in architecture and planning. You'll gain advanced skills in visualization, construction, architectural history, and theory, along with crucial social and interpersonal competencies for professional collaboration. Students can choose to define their study path with a mentor or select from four defined areas of concentration, each spanning four semesters. The curriculum is designed to foster a comprehensive understanding of the built environment and societal responsibility, equipping graduates to innovate and lead in a rapidly changing global architectural landscape.

Automotive Engineering - Master of Science (M.Sc.)

The automotive industry is critical globally and is currently undergoing significant transformation. This Master's program equips you to analyze these changes, shape future developments, and create innovative solutions for mobility. You will gain a holistic understanding of vehicles, mobility systems, and their interdependencies, bridging mechanical, electrical, and software engineering. Graduates become interdisciplinary experts ready for leadership roles in the automotive sector, public service, or doctoral research.

Biochemistry - Bachelor of Science (B.Sc.)

The Bachelor of Science program in Biochemistry at the Technical University of Munich (TUM) offers a comprehensive education at the intersection of chemistry, biology, and medicine. This interdisciplinary field of study focuses on understanding the molecular basis of life, exploring cellular organization, biochemical reaction mechanisms, and the molecular causes of diseases. Students will gain a solid foundation in core biochemistry, alongside relevant knowledge in organic and physical chemistry, physics, mathematics, and informatics. The program also provides insights into related life science fields and practical research experience through internships.

Bioeconomy

The Master's program in Bioeconomy at the Technical University of Munich (TUM) prepares students to navigate and shape the global shift towards sustainable resource and technology management. With a focus on the climate crisis and raw material scarcity, this interdisciplinary program equips graduates with the knowledge and skills to implement economically, ecologically, and socially sustainable transformation processes. Students will gain a deep understanding of economic processes, alongside biological, chemical-material, and technical principles, with a strong emphasis on environmental, behavioral, and innovation economics. Located at the Straubing campus, this full-time, English-taught program spans four semesters and awards 120 ECTS credits. It is designed for those committed to developing viable solutions for sustainable value creation, whether in academic research, biogenic resource-based companies, public administration, or international organizations. The curriculum addresses regional and global interactions between technology, ecology, society, and the economy, fostering the development of innovative solutions for utilizing renewable biological resources.

Biomedical Engineering and Medical Physics

The Master of Science in Biomedical Engineering and Medical Physics at Technical University of Munich (TUM) is an interdisciplinary program focused on applying cutting-edge research from natural sciences and engineering to medicine and life sciences. Students will explore and develop novel methods for prevention, diagnosis, and therapy. The curriculum emphasizes the improvement of imaging modalities, biosensor technology, and the application of artificial intelligence in medical data analysis. This program is designed for students passionate about bridging the gap between scientific discovery and practical medical applications. Graduates will be equipped with the theoretical knowledge and practical skills necessary for research and industrial projects in the rapidly evolving fields of biomedical engineering and medical physics. The strong research focus and connections within TUM's Garching campus provide an excellent environment for students to engage with current research topics and develop their own master's thesis projects. The program's structure is divided into a course phase in the first year, building foundational knowledge and allowing students to select specialized modules, followed by a research phase in the second year culminating in a Master's thesis. Mentorship and extensive supervision are integral to the research experience, preparing students for diverse roles in industry and research.

BSc Chemie

Chemical Engineering

The Bachelor of Engineering (B.Eng.) in Chemical Engineering is a four-year joint degree program offered by Technical University of Munich (TUM) and Singapore Institute of Technology (SIT). This program is designed to equip students with essential Industry 4.0 skillsets, preparing them for the evolving local and global chemical industry. It focuses on integrating digital systems with smart and additive manufacturing processes. Students will gain expertise in areas such as digital value chain integration, seamless asset lifecycle management, and business-to-plant production control. The curriculum also includes a specialization in additive manufacturing, covering 3D-printing design, formulation, and engineering principles. The program aims to train future chemical engineers who can effectively merge digital systems with advanced manufacturing techniques.

Chemical Engineering (B.Sc.)

The Bachelor's program in Chemical Engineering at the Technical University of Munich (TUM) sits at the intersection of natural sciences and engineering. This interdisciplinary approach aims to equip graduates with the ability to analyze problems from multiple perspectives and develop comprehensive solutions. The curriculum provides a strong foundation in both core chemical principles and essential engineering sciences, drawing expertise from the TUM School of Engineering & Design.

Chemie

Chemistry

The Master's program in Chemistry at the Technical University of Munich (TUM) equips students to analyze, control, and utilize chemical processes, which are vital for advancements in fields like electromobility, new materials, and CO2 conversion. This interdisciplinary program focuses on research and practical application, with key areas including catalysis, energy materials, and biological chemistry. Students deepen their knowledge by choosing a first specialization in analytical, organic, physical, or technical chemistry, and a second in areas such as inorganic chemistry, biological chemistry, or materials chemistry. This comprehensive approach prepares graduates to develop effective solutions for complex chemical problems. Upon completion, graduates possess a strong understanding of scientific contexts and are highly qualified for further academic research or responsible roles in industry, consulting, or public administration, thanks to their interdisciplinary and intercultural training.

Chemistry - Bachelor of Science (B.Sc.)

The Bachelor of Science program in Chemistry at TUM aims to provide you with in-depth knowledge across key areas of chemistry. You will gain a solid foundation in Inorganic and Analytical Chemistry, Organic Chemistry and Biochemistry, Physical and Theoretical Chemistry, and Technical Chemistry. The program also equips you with the necessary mathematical and physical principles to critically evaluate chemical phenomena. The curriculum culminates in a research-oriented Bachelor's thesis, serving as a prerequisite for admission to the Master's program in Chemistry. Graduates are well-prepared for diverse career opportunities in a globally in-demand field.

Chemistry at TUM School of Natural Sciences

The Department of Chemistry at the TUM School of Natural Sciences offers advanced research opportunities in various fields of chemistry. Students can engage with cutting-edge topics and contribute to scientific advancements. The department focuses on key areas including Inorganic & Analytical Chemistry, Organic Chemistry, Physical and Theoretical Chemistry, and Technical Chemistry, fostering a dynamic research environment.

Computational Science and Engineering (CSE)

The Master of Science in Computational Science and Engineering (CSE) at the Technical University of Munich (TUM) is a comprehensive, full-time program designed for students interested in the intersection of applied mathematics, computer science, and scientific or engineering applications. This program equips graduates with advanced skills in numerical simulation, mathematical modeling, and efficient algorithms to tackle complex problems that are often too challenging, costly, or dangerous for traditional experimental study. CSE focuses on developing robust problem-solving methodologies and tools for understanding phenomena and processes across science and engineering disciplines. Students will gain expertise in areas such as advanced programming, computer architecture, parallel computing, and scientific visualization, preparing them for diverse professional and academic careers. The curriculum is interdisciplinary, offered in collaboration with seven TUM departments, ensuring a broad and deep understanding of the field.

Data Engineering and Analytics Master of Science (M.Sc.)

The Master of Science in Data Engineering and Analytics focuses on managing, analyzing, and processing very large datasets using advanced computer science techniques. This program addresses the growing importance of 'Big Data' across various scientific and industrial fields, driven by the decreasing cost of data storage, the proliferation of smart devices, and advancements in computing power. Graduates will be equipped to design and implement industry-grade Big Data solutions, preparing them for careers in data science, data engineering, and research.

Dermatology and Allergology

The Department of Dermatology and Allergology at the Technical University of Munich (TUM) is a leading center for research and clinical care in skin diseases and allergic conditions. The department focuses on advancing the understanding, diagnosis, and treatment of a wide range of dermatological and allergological issues. Through cutting-edge research and patient-centered care, the department aims to improve the quality of life for individuals affected by these conditions. The department's research activities span various areas, including immunology, molecular biology, and clinical trials, contributing to new therapeutic approaches and diagnostic tools. International collaborations and a strong emphasis on interdisciplinary work ensure a comprehensive approach to complex medical challenges. The department is committed to training the next generation of specialists through its educational programs and clinical training opportunities.

Development, Production and Management in Mechanical Engineering

The Master's program in Development, Production and Management in Mechanical Engineering at Technical University of Munich (TUM) is designed for aspiring engineers who want to specialize in the entire product development process, from initial concept to production and logistics. This program combines advanced mechanical engineering knowledge with essential management competencies, preparing you for leadership roles in the manufacturing industry or for starting your own business. You will gain expertise in systematically planning and executing complex development projects, designing products for efficient manufacturing, and evaluating and optimizing logistics concepts. The curriculum also focuses on management skills, enabling you to excel at the intersection of production, design, sales, and marketing. Graduates are equipped to take on challenging roles in various technical and managerial fields.

Electronics and Data Engineering

The Bachelor of Engineering (B.Eng.) in Electronics and Data Engineering is a four-year full-time degree program offered jointly by the Technical University of Munich (TUM) and the Singapore Institute of Technology (SIT). This unique program is designed to equip students with essential skills for the evolving digital workforce by integrating core concepts from both electronics and data engineering. Students will gain foundational knowledge in electronics, semiconductor physics, and circuit design, alongside intensive mathematics for data science and machine learning. The curriculum also covers emerging technologies such as AI, IoT, data analytics, robotics, and automation, preparing graduates to innovate and revolutionize the electronics and semiconductor manufacturing industry. The program focuses on developing deep expertise in areas vital for modern engineering careers. It aims to bridge the gap between traditional electronics and the rapidly expanding field of data-driven technologies. Graduates will be well-prepared to apply advanced digital concepts to real-world engineering challenges, particularly in the context of global electronics industry demands and Singapore's growing digital sector. Classes are primarily held in Singapore, and the language of instruction is English. Students will benefit from the combined academic strengths and industry relevance brought by both TUM and SIT.

Energy and Process Engineering (Master of Science)

This Master's program equips you with a comprehensive understanding of energy-related machinery, instruments, and industrial processes, spanning biotechnology to process engineering and power plant technology. Graduates will possess a broad methodological toolkit to develop innovative solutions for industry and society, addressing current energy and process engineering challenges. The program focuses on the fundamental physical, chemical, and biological processes involved in material conversion for energy or industrial products, emphasizing the integration of these processes into various applications. You will gain expertise in areas like sustainable energy systems (e.g., hydrogen), dynamic operation of process plants, energy system analysis, and innovative energy conversion and storage technologies.

Engineering and Materials Science (B.Sc.)

The Bachelor's degree program in Engineering and Materials Science is a joint program offered by the Technical University of Munich (TUM) and the Paris Lodron University of Salzburg. This interdisciplinary program focuses on the optimal use and development of new materials to meet increasing demands for performance, functionality, and sustainability in products. Students will gain foundational knowledge in natural sciences and learn to apply it across various engineering applications, investigating and analyzing materials using modern techniques to develop lighter, more energy-efficient, environmentally friendly, and safer construction methods. Graduates will be well-prepared for careers in industry or for further studies at the Master's level.

Environmental Engineering

The Master's degree program in Environmental Engineering at TUM is designed for students passionate about creating sustainable solutions for complex environmental challenges. Taught entirely in English, this program provides a comprehensive understanding of the intricate relationships between natural systems, human activities, and technological advancements. You will gain expertise in analyzing and shaping these interactions to foster a more sustainable future. This program emphasizes a holistic approach, covering subjects from hydrogeology and hydraulic engineering to environmental geotechnics and sustainable urban planning. Beyond engineering principles, the curriculum integrates economic and social dimensions, equipping you with a well-rounded perspective. You will learn to collect, process, visualize, and interpret environmental data to analyze complex systems like water cycles, soil systems, and resource use. Graduates of this program are well-prepared for diverse career paths in science, public institutions, or private companies. You will be capable of developing innovative technological approaches as well as new planning and management strategies, all aligned with sustainability goals. The program starts in both the winter and summer semesters, offering flexibility for international applicants.

Food Technology

The Master of Science (M.Sc.) in Food Technology program at the Technical University of Munich (TUM) is designed for students passionate about shaping the future of food production. This program blends a strong foundation in natural sciences and engineering with specialized skills in innovation, process automation, and food process engineering. You will delve into modern food production, focusing on ecological, social, and economic sustainability, while developing new products, researching preservation methods, planning production facilities, and analyzing economic efficiency. With extensive expertise and located at the Weihenstephan campus, TUM offers a comprehensive learning experience. The curriculum expands your knowledge in engineering and natural sciences, enhancing your analytical and methodological skills. You will study engineering, process engineering, and technological processes in food production, alongside the quality criteria of modern foods. The program enables you to design environmentally friendly processes, plan production facilities, control product properties, and develop innovative food solutions. You can further specialize through a wide range of elective modules, focusing on process engineering, process automation, and food technology. Graduates will be experts in all facets of food production, equipped with a deep understanding of food's biological and chemical properties and the process engineering requirements for production. Key skills include planning and optimizing production processes, developing new equipment and processes, designing packaging solutions, creating innovative products, ensuring quality assurance, and conducting comprehensive food analysis. These competencies prepare you for advanced roles in the global food and beverage industries, as well as related sectors like chemical and pharmaceutical industries, and plant engineering.