Braunschweig University of Technology Campuses

The Chemie-Campus at Technical University of Braunschweig is dedicated to chemistry and bio-related engineering, featuring specialized laboratories for molecular and materials research.

• Chemistry: B.Sc. and M.Sc. in Chemistry, Biochemistry, and Macromolecular Chemistry, exploring organic synthesis, catalysis, and spectroscopy.
• Chemical and Biological Engineering: Programs in Biochemical Engineering, Molecular Biotechnology, and Sustainable Chemistry, focusing on bioprocesses and green technologies.
• Materials Science: Interdisciplinary degrees in Advanced Materials and Functional Materials, covering polymers, nanomaterials, and biomaterials.
• Pharmacy-related modules: Though not a full pharmacy school, collaborates on Medicinal Chemistry and Drug Development.
• Environmental Chemistry: Courses in Analytics and Toxicology, addressing pollution control and circular economy.

Key facilities include the Cleanroom for Micro- and Nanostructures and the Catalysis Research Center. Students conduct experiments in high-throughput screening and biomolecular engineering. The campus supports 2,000 students with research-oriented teaching, industry partnerships like BASF, and EU-funded projects on carbon capture. Master's programs in English attract international talent. Practical components feature internships, lab rotations, and patent workshops. PhD opportunities abound in battery materials and synthetic biology. Campus life includes chemistry olympiads and sustainability initiatives. Graduates lead in pharmaceuticals, chemicals, and biotech industries. The curriculum evolves with trends like bioeconomy and climate-neutral processes, ensuring relevance. Additional short courses in laboratory safety and computational chemistry enhance skills.

The Nordcampus specializes in mechanical and production engineering, hosting advanced facilities for hands-on technical education at Technical University of Braunschweig. It is a hub for automotive, aerospace, and manufacturing programs.

• Mechanical Engineering: B.Sc., M.Sc., and PhD in General Mechanical Engineering, Automotive Engineering, and Mechatronics, focusing on design, dynamics, and materials.
• Production Engineering and Management: Degrees in Production and Logistics, with emphases on smart manufacturing, additive manufacturing, and supply chain optimization.
• Aerospace Engineering: Specialized Master's in Space Technology and Lightweight Structures, leveraging proximity to aviation research.
• Civil Engineering: Programs in Structural Engineering, Transportation, and Geotechnics, including sustainable infrastructure design.
• Process Engineering: Chemical Process Engineering and Environmental Engineering, covering thermodynamics, reaction engineering, and process simulation.

This campus features cutting-edge workshops, the Institute of Machine Tools (IWM), and Battery Lab for electric mobility research. Courses integrate CAD/CAM software, prototyping, and industry simulations. Key initiatives include Formula Student team and Clean Sky projects. Around 4,000 students engage in dual-study programs with companies like Volkswagen and Airbus. The curriculum stresses practical semesters, theses in industry, and international exchanges. PhD programs advance fields like fiber composites and digital twins. Extracurriculars feature robotics labs and engineering design competitions. Nordcampus equips students for leadership in global manufacturing and mobility transitions, with strong employability in Lower Saxony's industrial heartland. Continuing education in additive manufacturing and hydrogen technology is also available.

The Zentralcampus of Technical University of Braunschweig hosts core faculties focusing on foundational sciences and engineering disciplines. It serves as the heart of the university, offering a broad spectrum of programs in physics, electrical engineering, computer science, mathematics, and economics.

• Physics: Bachelor's and Master's programs in Applied Physics and Optics, with research in quantum technologies and nanotechnology.
• Electrical Engineering and Information Technology: Degrees in Electrical Engineering, Communications Engineering, and Biomedical Engineering, covering electronics, signal processing, and renewable energy systems.
• Computer Science: B.Sc. and M.Sc. in Computer Science, specializing in algorithms, machine learning, software systems, and human-computer interaction.
• Mathematics: Programs in Mathematics and Industrial Mathematics, emphasizing modeling, simulation, and data analysis.
• Economics and Social Sciences: Industrial Engineering and Management, Economic Sciences, and Education Sciences, integrating business with technical skills.

Students at this campus benefit from state-of-the-art labs, such as the Institute of Semiconductor Technology and the Center for Digital Technologies. Interdisciplinary courses like Digital Engineering and Sustainable Mobility are prominent. The campus supports international double-degree programs and PhD tracks in collaboration with Max Planck Institutes. Practical training includes projects with regional industries in photonics and IT. With over 5,000 students, the Zentralcampus fosters innovation through hackathons, research seminars, and student-led tech clubs. Graduates excel in high-tech sectors, research, and startups. The curriculum balances theory with hands-on experience, preparing for Industry 4.0 challenges. Additional offerings include teacher training in STEM subjects and continuing education in data science.