Chemical and Bioprocess Engineering

Overview This recently introduced MSc is a multidisciplinary engineering programme taught in English that blends classical chemical engineering with biotechnology. It is designed to give you a broad foundation across both fields while taking advantage of close cooperation between engineering departments at TUHH in teaching and research. The course prepares you to work on the technical challenges where chemical and biological process engineering meet.

What you'll study Students build core knowledge in biological and biocatalytic processes, separation technologies, mechanical and reaction engineering, and explore the complex problems that lie at the interface of these areas. The course emphasizes hands-on participation in collaborative research across several departments, so you’ll gain experience working on interdisciplinary projects.

Career orientation and extra qualifications Recognising the demands of a globalised labour market, the programme integrates non-technical compulsory elective courses covering business and management, soft skills and humanities to strengthen your professional profile. If you want to combine engineering training with formal business credentials, there is an option to take the part-time MBA in Technology Management at the NIT Northern Institute of Technology Management alongside this MSc; successful completion leads to two Master’s degrees and broader career options in industry and management.

Key facts and requirements (concise)

• Language of instruction: English
• Multidisciplinary focus: biotechnology (biocatalysis) + classical chemical engineering
• Core technical subjects: biological/biocatalytic processes, separation technologies, mechanical engineering, reaction engineering
• Interdisciplinary, research-oriented training across multiple departments
• Includes non-technical compulsory elective courses in business, management, soft skills and humanities
• Optional pathway: combine with NIT’s part-time MBA in Technology Management to obtain a double Master’s degree

The programme places strong emphasis on learning the methodology and logic of engineering — in other words, "learning to think" like an engineer. A solid theoretical grounding in chemical and bioprocess engineering is combined with hands-on experience so students can keep pace with rapid technological change. Practical elements such as internships, project work and laboratory exercises are integrated throughout the course to consolidate theory with real-world application.

Study is organised to balance coursework, practical training and research. In the first year students follow lectures, problem-solving exercises and laboratory classes to build core knowledge and experimental skills. In the third semester a substantial project plus either a subject-specific seminar or a process design course gives practice in applying theory to complex problems. The programme concludes with a six-month Master’s thesis in the fourth semester that emphasises independent research and development.

Students are trained to think and decide autonomously while also developing the ability to work effectively in international, multidisciplinary teams. Early involvement in interdisciplinary research and development projects helps smooth the transition into professional roles. Graduates leave with strong analytical and practical competences, project-management experience and the adaptability required for careers in industry or research.

Program structure and requirements (concise)

• Standard duration: 2 years (4 semesters)
• Year 1: lectures, exercises and laboratory work to establish theoretical and experimental foundations
• Semester 3: project work plus either a subject-specific seminar or a process design course (applied/problem-solving focus)
• Semester 4: six-month Master’s thesis (research or development project)
• Practical components throughout: internships, projects and thesis work to link theory with industry/research
• Interdisciplinary and international teamwork; early integration into research & development projects to prepare for professional practice

Graduates are prepared for technical and development roles in the chemical, biotech and process engineering industries, including process development, bioprocess design, downstream processing and technical project work. The programme’s research links and practical projects also provide a pathway to R&D positions and doctoral studies.

Students who combine the Master’s with the part-time MBA at NIT will additionally be well positioned for leadership and management roles in technology-driven companies, bridging technical expertise with business and management skills.