Jelle Schoppink

Jelle Schoppink is a Researcher at the University of Twente, specializing in the Mesoscale Chemical Systems department. His work bridges physics, mechanical engineering, and biomedical innovation, focusing on laser-driven thermocavitation for needle-free injection technologies.

Research Focus:

• Thermocavitation dynamics in microchannels
• Laser-induced bubble formation and control
• Microfluidic confinement engineering
• Biomedical device design and optimization
• Colloidal glass transition mechanics

Scientific Contributions: Schoppink has pioneered needle-free jet injection devices using fiber lasers and microfluidic systems. His recent publications analyze cavitation flows, laser beam properties, and confinement effects, advancing biomedical engineering and fluid dynamics. Collaborations span materials science, biotechnology, and physics.

Collaborations & Activities: Active in public engagement, Schoppink participated in media discussions about his work, including Dutch National TV appearances. He collaborated on projects examining surface roughness effects in colloidal systems and contributed to patent filings for jet ejection devices.