Precision micro- and nanofabrication tailored for biomedical innovation.

Close-up of a microneedle patch under a microscope, highlighting intricate nanostructures.
Close-up of a microneedle patch under a microscope, highlighting intricate nanostructures.
Laboratory setup with advanced lithography equipment in a cleanroom environment.
Laboratory setup with advanced lithography equipment in a cleanroom environment.
Fabrication

Expertise in lithography, etching, and device integration for microneedle patches.

Analysis

Advanced simulation and data analysis using COMSOL, MATLAB, and microscopy.

BBB Model

Simulated fluid dynamics in blood-brain barrier chip.

Close-up of microfluidic channels in a blood-brain barrier chip under microscope.
Close-up of microfluidic channels in a blood-brain barrier chip under microscope.
Microneedle Patch

Fabricated rigid microneedle patch designed for minimally invasive biomedical monitoring, showcasing precise polymeric structures.

High-resolution image of a polymeric microneedle patch with sharp, uniform needles on a clean white background.
High-resolution image of a polymeric microneedle patch with sharp, uniform needles on a clean white background.
Nanostack Printing

Overlapping nanostacks enabling direct printing of organic LEDs, highlighting advanced materials interfaces.

Experience

Doctoral researcher at KU Leuven focusing on microneedle patches for biomedical applications and nanostructuring.

High-performance microneedle patches.

Roles

Doctoral Researcher

KU Leuven

2021 – Present

Focused on microneedle patches and nanostructuring techniques.

Student Researcher

IBEC Spain

2020

Simulated fluidics in blood-brain barrier-on-a-chip models.

Connect

Note

© 2026. All rights reserved.