Step into the world of the extremely small
How can you diagnose diseases, such as cancer, at an early stage? Are there more sustainable ways to store energy to make the energy transition possible? And how can you develop sensors that monitor water pollution on a large scale? These important societal challenges all have one thing in common: nanotechnology might provide the answer.
The research field of nanotechnology focuses on an extremely small scale, but its impact is anything but small. Nanotechnology is everywhere. It is found in our phones, computer chips, solar panels, food, cars, medicines, cosmetics and many other applications.
At MESA+, students experience nanotechnology in practice. Through education, research projects and access to advanced facilities such as the MESA+ NanoLab, students learn how nanoscale materials, structures and devices are fabricated, characterised and applied in research.
Step into the world of the extremely small and start your journey towards a career in nanotechnology at the University of Twente.
Educational programmes
The University of Twente offers a diversity of educational programmes focused on Nanotechnology.
Master's in Nanotechology
Following the Nanotechnology Master's programme at the University of Twente means a flying start to a wide range of career options. In an environment of world-class labs and state-of-the-art facilities you’ll be trained in characterisation, fabrication and design of nanomaterials. You will receive personal guidance throughout the programme and benefit from a thorough academic training that covers everything from research skills to setting up a business.
Hands-on nanotechnology education at MESA+
Examples of bachelor and master courses involving the MESA+ NanoLab cleanroom:
MSc Nanotechnology – Nano-lab: Fabrication and Characterisation
Year 1, Q1 + Q2
Students in the MSc Nanotechnology programme gain hands-on experience in nanofabrication and characterisation through practical work in the MESA+ NanoLab cleanroom and research group laboratories.
The course includes four nanolithography modules, introducing students to the fundamentals of three lithography techniques. Using these techniques, students fabricate and inspect nanometre-sized structures.
BSc Electrical Engineering - Device Physics Practicum
Year 1, Q3
Within the BSc Electrical Engineering programme, students gain practical experience with semiconductor device realisation, including hands-on fabrication and testing of photodiodes.
The course connects fundamental concepts from quantum physics, semiconductor physics, mechanics and photonics to the operation and fabrication of commonly used devices.
MSc Nanotechnology / Msc Applied Physics / Msc Electrical Engineering - Nanomaterials Research
Q4 elective course
This elective course introduces students to the synthesis of nanomaterials using advanced deposition techniques. Students learn about fundamental concepts of nanomaterials and commonly used deposition methods, with a focus on research applications.
As part of the course, students conduct a research project linked to active MESA+ research activities, applying experimental approaches used in nanotechnology research.