Study programme Advanced Biobased and Bioinspired Materials (in English)

Graduates of the ABIOM programme possess advanced knowledge in mathematics, physics, chemistry, biochemistry, materials science, and the fundamentals of materials engineering. They understand the complex relationships between the structure, composition, and properties of materials—including polymeric, biomimetic, and biobased materials—and their functionality, especially in engineering, biomedical, and high‑tech applications. They are familiar with the basics of electrical engineering, electronics, information technologies, and computational methods used in the analysis and design of materials. 

The graduates are able to conduct laboratory experiments involving the synthesis, modification, and evaluation of material properties, including biomaterials, polymers, and biomimetic and biobased composites. They can prepare samples, select measurement techniques, and apply modern analytical methods for nanostructure characterization. They are proficient in operating research equipment and digital tools supporting data analysis and modelling of material properties.

The graduates have engineering competencies including the design of technical solutions, risk assessment, application of engineering norms and standards, as well as the use of CAD tools and simulation methods. They understand the principles of sustainable development, can assess the environmental impact of biobased and biomimetic materials, and know the basics of biodegradation, biocompatibility, and material toxicity.

Thanks to project‑based modules—including the Interdisciplinary Project, Capstone Module, and professional internship—the graduates can work in interdisciplinary teams, solve engineering problems, prepare technical documentation, and present project results. They also possess basic knowledge in entrepreneurship, quality management, labour law, and intellectual property protection, preparing them for functioning in a modern professional environment.

Because the programme is taught in English and includes a mandatory mobility module completed at foreign universities, the graduate is able to function in an international and multicultural work environment.

Chair of the Programme Board: prof. dr hab. inż. Piotr Ulański

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The programme was approved by Senate Resolution No. 16/2026 of 25 February 2026.