MSc thesis project proposals
Here is a list of possible MSc thesis projects. This is intended
just to give an idea, actual projects are usually defined after
discussion with the advisor. If you see a project of interest, you are interested in one of our research topics, or you have your own idea for a project please contact one of the staff members.
Biodegradable light emitting diode
Bioelectric interfacing with filamentous fungi
Cleanroom-based prototyping of actuators for Peripheral Nerve repair
Organ-on-Chip platform for Vascularized Brain Organoids: chip fabrication and transient membrane optimization
Stretchable Electrodes from Metallic- and Nanomaterials
Mechanical actuation of the heart using new composite materials
Microstructured-Enhanced Wireless Audio Sensor for Biodiversity Monitoring
Graphene-based memristors for gas sensing
Miniaturized pH sensing for organ-on-chip applications
Help us select the right approach to integrate pH sensing in imec’s organ-on-chip metabolic sensing platform.
Nanoparticle thin film-based strain sensor
Sub-mm Printing Process Evaluation of Copper Sinter Paste for Copper Pillars on All-Printed SMD Components
There is industrial interest to low the costs of current manufacturing process for printed SMD components. Resistive elements can be printed, but bumping remains challenging. Replacing metallization processes with printed copper pillars can potentially reduce product costs, processing steps, and facilitate flip-chip bonding.
Functionalization of Suspended Graphene-based gas sensors array for NO2 gas sensing applications
Functionalization of graphene-based gas sensors for agricultural applications
Development of a plasma etching process for the failure analysis of advanced semiconductor devices and packages
Low-power Class D audio amplifier
Self-calibrated precision amplifiers
High linearity OTA
Current sensing in power electronics
Development of a capacitance sensor with interdigitated electrodes to monitor the curing process of EMCs
Metal-oxide nanoparticles based gas sensor with integrated microheater
Perovskite-based MultiLED through band-gap modulation
Flip-chip interconnect by use of in-substrate embedded heaters
Multi-sensor integration for broadband dielectric spectroscopy of Organ-on-Chip devices
Optimizing the dielectric for superconducting THz detectors
Smart power package
Low-temperature interconnects: Soft-to-Hard device interconnection
Next-Generation Accelerated Reliability Test Method
Antenna-on-Package
48V to 1V power converters for data centers in monolithic GaN technology
Advanced nanosilver sintering technology for electric vehicle's power module
High-throughput assembly of mini/microLED display panels
Power module heat sink optimisation
Control electronics for soft actuator to stimulate cardiac cells in-vitro
Machine Learning-Based Analysis of Dynamic On-Resistance of GaN Power Semiconductors
Reliability tests and Failure mechanisms of SiC power devices
In situ sintering kinetics of nano/micro-scale particles
From Microstructure Image to Property: establish the process-structure-property relationship for a new interconnect material
A More Integrated Fabrication Flow for a Bio-inspired Hair-like Airflow Sensor on a Flapping Wing Micro Air Vehicle
Fabricating high-resolution flip-chip interconnects by step & stenc
Graphene-based gas sensor with integrated microheater
Wafer-level fabrication of transparent 3D microelectrode arrays
Optimization of a plasma etching machine for failure analysis of semiconductors
Structural Design and Fabrication of Stretchable Mini-LED Array
Characterization of 4H-SiC Piezoresistive/CMOS Stress Sensors
Characterization of Silicon Piezoresistive Stress Sensors for Thermal-Mechanical Test Chip
Online Thermal Reliability Monitoring During Power Cycling Test by SiC TTC
Resonant Lorentz Force MEMS Magnetometer with Picotesla Sensitivity
Fabrication of graphene-based optical modulator
Reliability of 3D integration flip-chip approach using nanometallic particles sintering
Design of SiC CMOS Integrated Circuit for High-temperature Applications
Actuation of graphene membranes through surface acoustic waves
In this project, you will explore new ways of exploiting the mechanical properties of graphene to build autonomous and compact sensors.