This event is in the past.It took place on May 13, 2026 at Robotics Building (FMCRB).






Electrohydrodynamic Jet Printing for Autonomous Hybrid Microelectronics Packaging: Process Characterization, Adaptive Routing, and Real-Time Sensing
Angell
Watch as cutting-edge robotics prints circuitry at the nanoscale. This dissertation defense showcases autonomous e-jet printing that creates 300 nm gold interconnects: thinner than a human hair, fully automated, and monitored in real-time. A rare glimpse into next-gen electronics packaging.
Academic research
Dissertation defense
Advanced manufacturing
Nanotechnology demo
Tips
đą"outstanding building housing a world class Robotics department"
đŹsee 300 nm interconnects printed live
đopen to public, no registration needed
Electrohydrodynamic Jet Printing for Autonomous Hybrid Microelectronics Packaging: Process Characterization, Adaptive Routing, and Real-Time Sensing






Watch as cutting-edge robotics prints circuitry at the nanoscale. This dissertation defense showcases autonomous e-jet printing that creates 300 nm gold interconnects: thinner than a human hair, fully automated, and monitored in real-time. A rare glimpse into next-gen electronics packaging.
Academic research
Dissertation defense
Advanced manufacturing
Nanotechnology demo
Tips
đą"outstanding building housing a world class Robotics department"
đŹsee 300 nm interconnects printed live
đopen to public, no registration needed
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