In this minor, you will explore how nature builds strong and lightweight materials, forms networks, heals itself, and senses its surroundings, and then apply these insights to create a technologically advanced, real-life prototype of your own. You could replicate the properties of a bear claw, design a structure inspired by honeycomb for strength and efficiency, or build an autonomous robot. It’s up to you and your team to choose a challenge and tackle it with your own bio-inspired prototype.
This course introduces the theoretical basics of biomimicry, practical tools for applying the underlying principles, and ways to integrate this unique approach when solving practical technological challenges. Concurrently, you will design a prototype that addresses such a practical problem with one or more biomimetic components. The goal is to develop a prototype (robot) tailored to the specific needs of a potential end-user you identified through Design Thinking methods. At the end of the course, each interdisciplinary team presents the evolution of their prototype's design, including a live demonstration during the final symposium.
The minor consists of a single, intensive 30 EC semester-long course. The minor is full-time and requires full attendance, making it unsuitable for students seeking a part-time programme or extensive remote work. You will begin with seminars, lectures, and tutorials that introduce theoretical fundamentals of biomimicry, practical technological tools, and methods for combining natural insights with problem-solving skills. The theoretical components are assessed through two exams and a scientific paper presentation related to biomimicry within your own academic field. Additionally, you will attend practical prototyping workshops (soldering, 3D design, 3D printing, programming microcontrollers, etc.) to realise your ideas. From the second week onwards, interdisciplinary teams collaborate on bio-inspired prototypes, which comprise most of your final grade. Projects include structured challenges as well as opportunities offering significant creative freedom.
The minor requires active participation at Science Park or the UvA Makerspace and is especially suited for students who enjoy teamwork, are interested in biomimicry, and wish to enhance their prototyping skills.
Get a quick impression of the minor Science, Technology & Innovation: Biomimicry. Coordinator Pim Linnebank explains what you will learn in this minor.
Get an impression from the perspective of students. Why did they choose the minor Science, Technology & Innovation: Biomimicry?
With a minor you sometimes have access to certain (extra) masters.
This full-time minor is open to students from all natural sciences disciplines, especially Physics, Astronomy, Chemistry, Mathematics, Artificial Intelligence, Information Sciences, Informatics, Biomedical Sciences, Biology, and Bèta-Gamma. International students are also welcome.
To apply, send an email including your academic transcript to Pim Linnebank at makerspace@uva.nl before July 1st. Students do not need to provide high school diplomas during application. Applications can always be submitted, but the first definitive selections will be announced in April during the UvA Minor Month. Applications without transcripts will not be considered. Admission operates primarily on a first-come, first-served basis, but interdisciplinary balance may affect acceptance.
In order to contact the minor Science, Technology & Innovation: Biomimicry programme, please send an email to Pim Linnebank makerspace@uva.nl