University of Antwerp Master of Bioscience Engineering: Sustainable Urban Bioscience Engineering (SUBE)
University of Antwerp

University of Antwerp

Master of Bioscience Engineering: Sustainable Urban Bioscience Engineering (SUBE)

Antwerp, Belgium

Master degree

2 up to

2 years

English

Full time

Sep 2026

EUR 1,181 / per year *

On-Campus

* 1181.4€ for EEA nationals | 7800€ for non-EEA nationals (for 60 ECTS credits or one year of full-time study) (subject to yearly revision)

Key Summary

    About : The Master of Bioscience Engineering: Sustainable Urban Bioscience Engineering (SUBE) focuses on integrating bioscience with urban design. This program examines scientific principles while addressing urban sustainability challenges through innovative bioscience applications. Students will gain practical and theoretical knowledge for sustainable practices in urban settings over the duration of the course.
    Career Outcomes : Graduates can pursue diverse career paths in areas such as urban planning, sustainability consulting, and environmental policy. Opportunities also exist in government agencies and private organizations focused on sustainable development and bioscience solutions.

For a better tomorrow: addressing complex environmental issues in cities in a sustainable and (eco)technological way

The University of Antwerp, Ghent University and KU Leuven jointly offer you this unique Master of Bioscience Engineering: Sustainable Urban Bioscience Engineering. This programme is open to international students and is taught in English.

Through a multidisciplinary approach you will gain in-depth knowledge, skills and attitudes to tackle complex urban environmental issues and to offer sustainable (eco)technological solutions in an international perspective.

A few key defining elements of this two-year Master’s programme (120 ECTS)

  • A Master’s programme jointly organized by the University of Antwerp (coordinator), Ghent University and KU Leuven, leading to a joint Master’s degree.
  • Aimed at an international audience of students and experts and educating students to function in an international context.
  • A bioscience engineering programme with explicit focus on environmental challenges in urban environments.
  • An integral and multidisciplinary approach: in-depth knowledge of scientific and (eco)technological perspectives with explicit attention to sustainability aspects,combined with insights from other disciplines relevant in an urban context (e.g. urban development, mobility, urban sociology, smart cities).
  • Problem-based education through interactive, multidisciplinary and integrated projects (CityLabs).
  • Intense cooperation with external partners.
  • A compulsory internship.