The Master of Science in Food Technology is an interdisciplinary program combining aspects of agricultural science, nutrition science, engineering, and natural sciences. It focuses on optimizing production processes and understanding the physical, microbiological, and chemical changes that affect food structure, preservation, and sensory properties. The program also covers resource management, sustainability, and the extraction of raw materials from plant and animal sources. The goal of this Master's program is to provide an interdisciplinary, research-oriented education. Graduates will be equipped to analyze challenges in various fields from scientific, technical, industrial, and societal perspectives, and to independently develop innovative and goal-oriented process engineering and technological solutions. The curriculum emphasizes methodological skills through compulsory modules, enabling students to tackle complex food technology problems. A significant portion of elective modules allows for specialization within food technology or expansion into related engineering disciplines such as biotechnology, energy and process engineering, or environmental engineering. The program integrates lectures, practicals, exercises, seminars, and projects, culminating in an interdisciplinary practical project and the Master's thesis for independent scientific work.
The study program consists of compulsory modules to impart methodological skills and a high proportion of elective modules for in-depth knowledge. Students can deepen their expertise in specific food technology areas or broaden their knowledge in related engineering disciplines. The program heavily features integrated courses, practicals, seminars, and projects. Independent scientific work is fostered through an interdisciplinary practical project and the Master's thesis.
Graduates are prepared for roles in engineering and technology within the food industry, including machine and plant construction, food process engineering, and production. Opportunities also exist in research and development, consulting, regulatory bodies, the supplier industry (equipment, packaging), and academic/non-academic research institutions. The degree also qualifies graduates for doctoral studies.
A broad interest in the interplay between chemical, microbiological, biotechnological, and process engineering effects is a prerequisite. Specialization in specific effects and methods is possible through elective modules.
Student living costs are estimated by TU Berlin. International students may need to provide proof of financial resources for visa applications.
Information not explicitly available on the provided pages.
Technische Universität Berlin does not charge tuition fees for Master's programs, including the M.Sc. Food Technology.
Applicants need a first degree in Food Technology or a related field, with at least 75 ECTS credits in Mathematics, Chemistry, Process Engineering, and Food Sciences. While German is the language of instruction, English language skills are useful as some courses are offered in English.
The program has a duration of 4 semesters, totaling 120 ECTS credit points.
The M.Sc. Food Technology program is taught in German.
Applications are submitted electronically through the TU Berlin application portal (tuPORT). For the winter semester, the application period is June 1st to August 31st, and for the summer semester, it is January 1st to March 31st. Ensure all documents are received by TU Berlin before the deadline.
Graduates can pursue roles such as Process Engineer, Plant Design Engineer, Research and Development Scientist, Quality Assurance Specialist, Production Manager, Consultant, or Regulatory Affairs Specialist within the food industry and related sectors. The degree also qualifies for doctoral studies.