Master in Chemical Engineering

RWTH Aachen University is one of Germany’s leading technical universities, founded in 1870 and located in the historic city of Aachen. Known for its strengths in engineering, natural sciences and technology, RWTH blends a long tradition of applied research with close industry partnerships and a clear focus on innovation. With over 47,000 students, including more than 13,000 international learners, the university offers a dynamic environment where practical problem solving meets academic rigor.

The university hosts 51 program areas supported by world-class laboratories and collaborative research centers on the RWTH Campus. Students benefit from project-based coursework, internships with local and global companies, and a culture that encourages entrepreneurship and interdisciplinary work. English-taught master’s degrees and comprehensive student services make RWTH accessible to international applicants seeking research-led study and pathways into Europe’s advanced engineering sectors.

Aachen is compact and student-friendly, offering affordable housing options, efficient transit to nearby German and Dutch cities, and a lively cultural scene that balances history and modern student life. RWTH’s international office, career centers and language courses provide practical guidance on visas, funding and settling in, while numerous student associations support networking and integration. Scholarship and tuition information is available online to help plan finances, making RWTH a strong choice for students who value hands-on engineering education and close industry engagement.

The Master in Chemical Engineering at RWTH Aachen University is a one-year program for students who are passionate about transforming materials through chemical processes. It prepares students for diverse roles in the industry, with a strong emphasis on practical applications and theoretical foundations.

Students will engage in a mix of mandatory and elective modules, covering essential topics such as chemical processes, materials science, and process engineering. The curriculum develops practical skills through hands-on projects and research opportunities, culminating in a Master’s thesis.

Graduates can pursue various career paths, including roles as process engineers, research scientists, and project managers in sectors such as pharmaceuticals, energy, and materials manufacturing, with employers including leading companies in the chemical and engineering industries.