Faculty of Chemistry and Biological Sciences

Master's level

Master's programmes follow directly from the Bachelor's degrees in Chemistry (M.Sc.), Biology (M.Sc.), Chemical Biology (M.Sc.), and Food Chemistry (M.Sc.). The Master's in Biology is notable for its wide range of elective modules enabling individual specialisation across cell biology, microbiology, plant science, and biophysics. Master's thesis projects are typically embedded in one of the faculty's active research groups or affiliated Helmholtz/DFG consortia. Instruction is in German; thesis work frequently engages with English-language scientific literature and international collaborative networks.

PhD / Doctoral studies

Doctoral training is coordinated through GradCHEMBIO, the faculty's structured graduate school, which supports candidates across chemistry and biological sciences. PhD candidates embed in one of the faculty's research institutes or in one of the externally funded consortia such as CRC 1441 (TrackAct), CRC 1573 (4f for Future), or the Cluster of Excellence 3D Matter Made to Order (jointly with Heidelberg University). KIT's status as a Helmholtz Association research university means doctoral students gain direct access to large-scale infrastructure and federal research programmes.

• Helmholtz Association membership connects students and researchers to Germany's largest science organisation, with access to large-scale facilities and federal funding streams unavailable at purely teaching universities.
• Research-embedded teaching: from the first semester, labs and practicals are a core part of all degree programmes — not an optional add-on.
• The ExperiMentoring programme pairs every first-semester student with a senior peer mentor, and certified Mental Health Mentors offer structured wellbeing support — reducing the isolation many international students face.
• The MINT-Kolleg provides free preparatory and bridging courses in Mathematics, Physics, and Chemistry for incoming students who want to consolidate their foundations before or during the first year.
• Bachelor programmes in Chemistry and Food Chemistry are being modernised from 2025/26 to include AI-driven methods, keeping graduates relevant in an evolving industry landscape.

• 3D Matter Made to Order — Cluster of Excellence jointly run by KIT and Heidelberg University, focusing on programmable 3D fabrication at the molecular and nanoscale.
• CRC 1441 / TrackAct — DFG Collaborative Research Centre tracking active sites in heterogeneous catalysis for emission control; directly relevant to automotive and clean-energy industries.
• CRC 1573 / SFB 1573 — 4f for Future — studies synthesis and physical properties of rare-earth molecular and nanoscale compounds, targeting unprecedented optical and magnetic materials.
• Helmholtz Programme NACIP (Natural, Artificial and Cognitive Information Processing) — explores quantum phenomena and biological information processors for next-generation computing.
• Helmholtz Programme MSE (Materials Systems Engineering) — applies information-based techniques to material design and processing.
• Research Training Group RTG 2039 — trains doctoral researchers in fluorescent probe design, from molecular synthesis through photophysics to in vivo cell imaging.
• Karlsruhe School of Optics & Photonics (KSOP) — multidisciplinary graduate school linking chemistry, physics, and engineering in photonics research and education.

The faculty's ExperiMentoring programme is open to all first-semester students including international arrivals — a peer mentor from a higher semester in your specific programme guides you through the first weeks on campus. Orientation events (O-Phase) are available at the start of each winter semester.

For PhD-level study, individual research groups within the faculty's funded consortia (including the 3D Matter Made to Order Cluster of Excellence and TrackAct CRC) may accommodate candidates with strong English skills, as doctoral research and publications are conducted in English. Prospective doctoral candidates should contact the relevant research group directly or apply through GradCHEMBIO, the faculty's doctoral coordination office.

Erasmus and international exchange options for enrolled students are listed under the faculty's Studieren im Ausland (Study Abroad) service — consult the faculty's student services office for partner institutions.

Chemistry and biology teaching and research takes place in the Chemistry Centre buildings (Chemieturm I at Fritz-Haber-Weg), the Botanical Institute, and a network of specialist laboratories distributed across Campus South. The campus also features the KIT Botanical Garden with research greenhouses and phytochambers — used actively in plant science research — and extensive library and study infrastructure. The MINT-Kolleg courses and HoC (House of Competence) soft-skills programmes are also campus-based and accessible to faculty students.

• Food Chemistry graduates are qualified to work in food and cosmetics industry (quality assurance, product development, R&D), food regulatory authorities (Lebensmittelüberwachung), trading laboratories, and pharmaceutical manufacturing — fields requiring the state licensing exam (Staatsexamen pathway embedded in the degree).
• Chemistry graduates are recruited into the chemical and materials industry (BASF, Evonik, Merck KGaA, and Karlsruhe-region mid-sized Mittelstand firms), analytical services, and academic/public research institutions.
• Biology and Chemical Biology graduates find paths in biotechnology (including white/industrial biotechnology, a focus of the Applied Biology track), cancer research and pharmaceutical R&D, environmental protection and nature conservation, and university or Helmholtz-affiliated research careers.
• A doctoral degree from this faculty — particularly from DFG or Helmholtz-funded research groups — is a strong credential for senior R&D, regulatory, and academic positions in Germany and internationally. KIT's #1 DFG chemistry ranking signals to employers the research rigour embedded in the training.