Study programme Bioengineering for Sustainable Development

A graduate of the Bioengineering for Sustainable Development program possesses interdisciplinary knowledge in the fields of engineering, natural sciences, environmental sciences, as well as management and economics, enabling the design, implementation, and evaluation of modern environmentally friendly technologies. They understand the principles of the circular economy and strategies for reducing the negative impact of human activity on ecosystems. The graduate has expertise in the rational management of resources and energy (including water and energy conservation, as well as the application of closed-loop systems in industrial technologies) and in the utilization of waste materials as secondary resources. They demonstrate advanced knowledge in microbiology, biotechnology, bioprocess engineering, bioenergetics, environmental protection, and food technology, and are capable of applying modern engineering and digital tools for the analysis, modeling, and optimization of biological and technological processes. Furthermore, the graduate is familiar with current legal regulations, environmental management standards, principles of ecological certification, and sustainability reporting, which prepares them to obtain relevant industry certifications.

The graduate is able to work effectively in interdisciplinary teams, uses professional and technical terminology, and possesses fundamental skills in data analysis and the application of digital tools in environmental and process engineering. They are prepared for employment in the biotechnology, chemical, food, pharmaceutical, energy, and environmental sectors, as well as in research institutions, certification laboratories, public administration, consulting firms, or for establishing their own business, particularly in the field of green technologies.

They demonstrate engineering, social, and ethical competencies that enable responsible decision-making in line with the principles of sustainable development. The graduate is also prepared to continue their education at the second-cycle (Master’s) level. They exhibit adaptability to a dynamic work environment, readiness to undertake challenges related to technological innovation, and the ability to develop solutions supporting environmental protection.

Chair of the Programme Board: dr hab. inż. Aneta Białkowska, prof. uczelni

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The programme was approved by Senate Resolution No. 56/2026 of 1 April 2026.