The Master of Science in Chemical Engineering Technology is a field of study closely connected to our daily lives: it encompasses the development and production of new materials, the synthesis of new drugs, monitoring and improving our environment, etc. The focus in this study programme is on chemical engineering techniques, metallurgy and plastics, macromolecular and industrial chemistry.

Dutch

Faculty of Engineering and Architecture

1 year – 60 credits

Master's Programme

What will you study?

Of all the fields of science and technology, chemistry is most entwined in everyday life. It encompasses the study, development, production and synthesis of (new) materials and products, using conventional and alternative raw materials. By looking for solutions to reduce polution, moreover, the field of chemistry guarantees the monitoring and improvement of our environment. As an industrial engineer specialized in chemical engineering technology you improve chemical processes, develop new products and monitor industrial processes. The Master's programme offers two specialisations: Industrial Chemistry and Plastics.

The Industrial Chemistry is multidisciplinary in nature: you will be trained to become a polyvalent engineer with competencies linked to industrial practice. You explore the complex interactions between science, technology and society. The main focus is on:

  • pure process knowledge and skills /chemical factors and parameters
  • physicochemical basics of techniques/technologies and the relevant use of materials
  • quantitative and qualitative quality control
  • health and safety aspects
  • environmental care (recycling, regeneration, etc...), including technical, legal and management aspects
  • social skills
  • research skills
  • internationalization

The Plastics specialisation is similarly multidisciplinary in its orientation, but focuses on the possibilities offered by plastics and composite materials, and on the way in which new applications come about. You study the coherence of the three product factors (material – manufacturing – design) and their relation to commercial and ecological aspects. In addition to the composition of plastics and more complex systems (blends, composites, multi-layer plastics, etc…), the choice of materials and additives, the theory and practice of the design on your own machines, you also study the mechanics of plastics machines and the integration of peripheral equipment. You learn to characterize plastics and assess test results. In addition, you also learn about degradability and recycling.