Master in Chemical engineering

Warsaw University of Technology is the premier technical research university in Poland, combining a rich 200-year history with cutting-edge innovation. It is consistently ranked as the top engineering school in the country, attracting the brightest minds from across the globe.

Chemical Engineering at Warsaw University of Technology is offered as a master's specialization titled Green Technologies in Chemical Engineering, taught in English over three semesters in Warszawa, Poland, with a start date of 2026-02-23 and yearly tuition of 5000 EUR. The program builds fundamental and practical knowledge of the development, design, and operation of modern chemical processes, with a particular focus on sustainability. Graduates gain proficiency in converting raw materials into valuable market products through chemical and physical processing while minimizing environmental impact. The curriculum gives students detailed knowledge of modern chemical equipment and processes, including the ability to describe and mathematically model these processes, and covers the principles of designing industrial equipment and process plants together with the mathematical analysis of process economics. Students also learn the basic methods of industrial process digitalization, including computer-aided design and computational fluid dynamics tools, and how to plan and carry out research and development work using digitalized control and measurement systems. The program addresses novel technologies for process intensification and the principles of sustainable development in industry, with particular attention to renewable feedstocks and renewable energy-based processing such as green fuels and electrification. Graduates are prepared to independently conduct and manage complex projects within the process industry. As a broader field, chemical engineering applies chemistry, physics, and mathematics to the design and operation of industrial processes that convert raw materials into useful products, spanning sectors from energy and materials to pharmaceuticals, with growing emphasis on sustainability and lower-emission process design across the industry as a whole.