Bachelor in Advanced Materials and Nanotechnology

Tuition fees are 16,000 PLN per year; the deadline to apply for the Oct 2027 intake is Jul 10, 2027.

Advanced Materials and Nanotechnology at Lodz University of Technology is a bachelor's degree delivered in English in Łódź, Poland, over four years, with annual tuition of 16000.0 PLN. The programme is managed by the Faculty of Chemistry and is interdisciplinary, drawing on chemistry, biology, medicine, physics, and technical sciences. Its focus is on the design, production, and analysis of functional materials for medical and biological purposes, covering both their applications and the methods used to work with them. The curriculum also includes technological processes based on bioresources, reflecting a biobased and bioinspired approach to materials science. Teaching is built around solving real-life problems and group work, giving students practical exposure alongside theoretical grounding. In terms of professional knowledge and skills, graduates are prepared for careers that involve selecting and tuning the properties of biomaterials, analyzing biomaterials, designing medical products for specific applications, and separating and analyzing biomaterials used in areas such as medical diagnosis. Graduates also develop the ability to solve problems in the broad field of biomaterials independently while working in international teams and communicating with specialists in related fields, including medicine, materials science, chemistry, and biochemistry. Career destinations include business organizations, scientific institutions, and research and development institutes. Materials science and nanotechnology as a discipline more broadly examines how materials behave and can be engineered at very small scales, with applications spanning healthcare, electronics, energy, and manufacturing. Graduates of programmes in this area typically find work in laboratories, materials testing, product development, and applied research roles across industries that depend on advanced material design.