Integration of Process Technology and Materials
This master’s programme aims to train students to become engineers employable in fields such as the petrochemical and polymer industry, pharmaceutical industry, food industry, biotechnology, inorganic bulk chemistry, extractive metallurgy and the recycling industry. The master’s programme encompasses two distinct profiles: Process Technology and Materials. In the Process Technology profile, the student is trained to operate in production units, consultant engineering firms and the environmental sector. The Materials profile covers production and development facilities for different types of materials. The master’s programme has a common core of 56 ECTS, ensuring a strong mutual interaction and integration between both profiles. The development of environmentally friendly and safe production processes for materials, the shaping and processing of materials into intermediate or finished products, and the optimal integration of materials in other disciplines are strongly related to the optimisation of environmenally friendly chemical processes in general.
Study credits
ECTS (European Credit Transfer System): 1 credit represents 25-30 hours of study activity
Process Technology
The Process Technology profile prepares you to become an engineer who can be employed in, for example, production units (operation and optimisation of production facilities). Alternatively, you could work in an engineering group, where you’d develop new production processes that meet performance specifications. The profile mainly focuses on the chemical industry, but also looks at biotechnology and the food industry. You’ll be trained to identify, solve and avoid environmental problems.
Materials
The Materials profile thoroughly prepares you for a job in the materials technology sector of metals, polymers, ceramics and composites. You’ll be trained to become a creative engineer, capable of designing sustainable and multi-functional materials for specific applications. You’ll also develop skills to engineer intermediate or finished products with these materials, using environmentally friendly and safe production processes.
Learning outcomes
Learning outcomes describe the intended knowledge and understanding, skills and attitudes that you must master after completing your studies. Do you want to know more about the specific learning outcomes of this programme? Click here for more information.
Educational quality
Here at VUB we put great care and effort in the quality of our education. Transparency is key. Information on the educational quality of each programme is public, e.g. describing its strengths and actions.
Public info on the quality of the programme
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