The international master’s program focuses on Industrial Biotechnology and Processes for Bioeconomy and encompasses integrated learning in life sciences, chemical engineering, bioprocess engineering, sustainability, environmental regulations and economics, and bioethical issues. The attractiveness of this educational program lies in producing graduate students with cross-disciplinary skills and expertise suitable for international careers in the emerging field of a sustainable bio-based economy. This program is provided by INSA Toulouse and Toulouse INP.

How can you design a catalyst to convert the greenhouse gas CO2 into a biodegradable polymer? How can you use electricity to generate hydrogen from water? These are some of the interesting questions you will be able to answer once you have completed the Master's degree program in Chemical Engineering in Groningen.

MSc in Innovative and Sustainable Chemical Engineering in a rapid and ever-changing world, the role and impact of modern chemical processes have never been more important. But to ensure sustainability and economic viability in commercial products and processes, efficiency, flexibility, safety, and minimal environmental impact are of the utmost importance.

The main aim of the programme is to educate specialists with skills and knowledge that will help them to find jobs and contribute to the success of various companies working on the field of industrial or medical biotechnology, circular bioeconomy, bioprocessing, etc.

Chemical engineering provides the leading-edge solutions to the society’s needs: we require clean energy sources, efficient and clean technologies for energy transformation, technologically advanced materials, better medicines, efficient food production techniques, a clean environment, a better use of natural resources.

Developing and optimizing chemical and biotechnological processes plays a key role in modern society. It is predicted that the industry of the future will be characterized by production that is environmentally correct and energy-efficient. The theme of the degree program is the development and optimization of processes in the chemical and biotechnological industries and in the environmental sector.

The graduate aim is to deepen and broaden basic knowledge in chemical engineering and to develop an increased ability to address complex issues in a variety of areas of activity of the chemical engineer. Teaching and research faculty cover a broad range of topics such as phenomena and flow of fluids, actions foundation in chemical engineering, separation processes, petroleum, development of operation and process control engineering, reactors, adsorption and catalysis, engineering polymers and plastics, and biomedical engineering – Chemical and Biomedical, Biophysics, environmental engineering, microstructure and nanotechnology, particle systems, colloidal systems, complex fluids, space effects, processing and ceramic materials – lead, and the study of crystal growth processes in thin layers.

The master's programme in Molecular Science and Engineering provides in-depth knowledge of molecular systems and advanced tools for careers in industry, academia, and society. An emphasis is placed on molecules: their design, characterisation, and applications both as individual entities and as part of materials. The programme also relates to sustainability with an emphasis on energy and environment, safety, and innovation.

Today the chemical industry must adapt to cope with the increasing scarcity of resources, the new regulations, and the social, ecological, and political pressure. By combining the different disciplines of Green chemistry, Catalysis, (Bio)Processes, and Formulation, this master aims to provide the essential tools to develop clean and safe processes involved in the newly emerging fields of agribusiness.

Informed by the needs of a decarbonised industry, this course provides the opportunity to develop the strong communication and leadership skills in sustainability and net-zero that employers are looking for today. It aims to provide an extension beyond undergraduate study for those embarking on, changing, or advancing their chosen career in the chemical industry.

The Master of Science in Chemical Engineering is oriented toward engineering design and practice. Some of the specialties students will study include surface science, biochemical engineering, catalysis, pulp, and paper engineering, environmental engineering, waste conversion, computer-aided process design and simulation, novel bioseparations systems, and chemical kinetics, and reactor design.

The Master of Science in Chemistry and Advanced Chemical Methodologies belongs to the Class LM-54 (Scienze Chimiche). It offers the possibility to enhance chemistry knowledge, especially in the areas that characterize the chemical research in UNICAM. The course provides skills and fundamental knowledge in innovative chemistry areas, in order to offer an educational qualification competitive in the global labor market.

A master’s degree in Chemical Engineering from Case Western Reserve University positions you as a leader in a high-demand field. Known as “universal engineers,” chemical engineers drive innovation across industries, national labs, and academia, unlocking opportunities in diverse sectors with advanced expertise and practical skills.

The Master’s degree program trains professionals able to interpret, formalize, and solve complex problems related to the design, operation, and optimization of industrial processes where chemical, physical, and biochemical transformations of material and energy are carried out. Focusing on raw materials selection, process and equipment design and operation, safety and environmental management as well as cross-disciplinary issues, the program offers both strong theoretical and application-oriented courses fostering skills and knowledge for sustainable engineering deployment in future society. This is a European-accredited Master engineering program according to the EUR-ACE system.

Graduate students enrolled in the Chemical and Biological Engineering master’s programs have the option of a master of science degree with or without a thesis. Those students enrolled in the M.S. program have the option to complete thesis research work in addition to the yearlong coursework required for a master's degree without a thesis.