Skip to content
Menu
Close the menu
Menu
Eindhoven
University of
Technology
Search
Search
Research
Institutes
Eindhoven Artificial Intelligence Systems Institute
Institute for Complex Molecular Systems
Eindhoven Hendrik Casimir Institute
Eindhoven Institute for Renewable Energy Systems
Research Areas
Artificial Intelligence
Smart Mobility
Engineering Health
Integrated Photonics
Quantum Technology
High Tech Systems
Data Science
Humans and Technology
Research Groups
Research Labs
Other labs and facilities
Researchers
Departments
Applied Physics and Science Education
Biomedical Engineering
Built Environment
Chemical Engineering and Chemistry
Eindhoven School of Education
Electrical Engineering
Industrial Design
Industrial Engineering and Innovation Sciences
Mathematics and Computer Science
Mechanical Engineering
Grants & Awards
National Grants
International Grants
TU/e Distinctions
Sectorplans
Research assessments
Research Support Network
Home
Research
Research Groups
Microsystems
Education
Courses
Master thesis projec...
Master thesis projects
Master thesis projects
Trans-Epithelial/-Endothelial Electrical Resistance (TEER) measurement in a cancer on chip device
Developing an impedance sensor in microfluidic channels for smart biosensor lab-on-a-chips
Optical cell detecting in microfluidics for smart biosensor lab-on-a-chips
Optical tuning of integrated organic neuromorphic devices for on-chip machine-learning
Fabricating fine structures in OoC by 2-photon laser ablation in hydrogels
Identify pollen particles using machine learning
Developing a new type of microfluidic device
Electrokinetics for electronic paper displays
Developing a micro check valve for flow control in a novel glaucoma implant
Artificial Cilia: versatile microactuators and - sensors inspired by nature
MSc project at a company or institute
Cancer-on-a-Chip
Miniature micromixer based on artificial cilia
Point-of-Care microfluidic chip
Soft Microrobotics
Blood vessels-on-a-Chip
Wearable microfluidic sweat sensor
Electropolymerization of PEDOT:PSS for neuromorphic and biohybrid applications
Design and implementation of training in hardware for efficient Artificial Intelligence
Magnetic Actuation of Cilia for Efficient Flow Generation
High-performance Lab-on-a-Chip for biomechanics research
Magnetic microprobes for in situ mechanical testing
Climbing droplets on magnetically actuated surfaces
Light-responsive microvalve
Walking ciliated soft robotics
Laser ablation of complex vascular structures
Integrated Microfluidic Devices for the Digitization of Microfluidics
Exloring synergy between design processes in Mechanical Engineering and novel tools in pharmaceutical drug testing industry
Cancer-vasculature on a Chip
Generating fluid flow in cell culture well-plates Using Magnetic Artificial Cilia
Optical control of Photonic integrated circuits using duo-chromatic microLED technology
Microfabrication with Inkjet printing
Eindhoven
University of
Technology
Education
Research
Our university
Working at TU/e
News and Events
Impact
TU/e Image Bank
Educationguide
Intranet
Cursor
Education
Education
Education
Why study at TU/e
Bachelor College
Graduate School
Professional Education
Degree programs
Become a TU/e student
TU/e innovation Space
Research
Research
Research
Institutes
Research Areas
Research Groups
Research Labs
Researchers
Departments
Grants & Awards
Research Support Network
Our university
Our university
Our university
About the University
Departments
Calendar and events
TU/e Campus
Library
Community
Student teams
Working at TU/e
Working at TU/e
Working at TU/e
Scientific staff
Support staff
PhD
EngD
Why TU/e
News and Events
News and Events
News and Events
News overview
Media relations
PhD theses summaries
Impact
Impact
Impact
The Gate
Eindhoven Engine
TU/e Participations
Starting your business
Intellectual Property
TU/e Image Bank
Educationguide
Intranet
Cursor