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Why study Chemical Engineering?
In TU/e’s two-year Master's Chemical Engineering programme, you learn to come up with solutions for problems related to process and product technology. Education and research are closely integrated within this Master's programme, which helps you stay abreast of the latest developments within the discipline. You become familiar with all the latest tools and technologies used by chemical engineers. You can create a personalised study programme tailored to your wishes and preferences. Our programme is designed for those who aim to excel in research, sustainability, and industrial applications.
Three Unique Strengths
Our programme is designed for those who aim to excel in research, sustainability, and industry applications:
The Chemical Engineering Master's at TU/e stands out for several key reasons, giving you a competitive edge.
- Industry Collaboration: TU/e’s connections with major high-tech industries and chemical companies in the Brainport region open doors to internships, projects, and professional networks. This strong link to industry provides invaluable practical experience and career opportunities.
- Sustainability and Circular Economy: The programme focuses on sustainable practices, green chemistry, and the development of circular technologies, preparing you to address industry challenges and drive impactful change. This emphasis on sustainability is crucial for tackling modern global issues.
- Research & Innovation Focus: You'll engage in research-led projects with opportunities to collaborate with industry partners and top research institutes. The focus on cutting-edge research ensures you are prepared to innovate and push the boundaries of the field.
Connection with semiconductors industry
A significant connection for Chemical Engineering at TU/e is with the semiconductor industry, which is a vital part of the Brainport region's high-tech ecosystem. Chemical engineers are essential for the manufacturing processes of semiconductors. This involves developing and optimising chemical processes for wafer fabrication, etching, and thin-film deposition. Our programme's close ties with leading semiconductor companies like ASML provide a unique opportunity to apply your chemical engineering knowledge to a highly advanced and in-demand sector.
Programme Structure
The TU/e Chemical Engineering Master's programme offers you the opportunity to gain in-depth knowledge in one of the Master's tracks within the programme. You’ll start the two-year master’s programme directly in one of the two tracks or the Erasmus Mundus programme. Each track offers a solid foundation in Chemical Engineering, with ample flexibility to select courses that align with your interests and career ambitions. Depending on your track, you compose part of your curriculum with core and elective courses. You will also have access to state-of-the-art facilities, including advanced labs, pilot plants, and analytical tools on TU/e’s vibrant campus, a hub for innovation and creativity.
Career Perspectives
Graduates of the Master's in Chemical Engineering at TU/e are highly sought after by a wide range of industries. The programme prepares you for careers in research and development, process engineering, consultancy, and project management. Due to the strong emphasis on sustainability and innovation, you'll be well-equipped to work in sectors focused on renewable energy, advanced materials, and sustainable chemical production. The strong links with the Brainport region, particularly the semiconductor and high-tech industries, also provide exceptional career prospects.
