Engineering Portfolio

I have engineered this head-mounted imaging device that can detect cellular neural activity from across the entire dorsal cortex during free behaviors in mammals.

I designed over 30 optoelectronics and and mechanical components using microfabrication for MEMS, 3D printing (FDM/SLA), CNC machining, laser cutting, die casting and molding.

Performed DFMEA and DFM analysis for structural parts.

I have developed this optical implant neural interface for multi-site cortical imaging at cellular resolution.

I developed a mechanical housing for micro-endoscopic cameras modules.

I performed bench-top characterization, tested for mechancial performance and implant bio-compatability.

Designed custom fixtures for performance testing and validation.

Designed and implemented a trajectory tracking cartesian robot platform that uses linear encoders for microscale perception of animal movement.

Constructed a table top cartesian robotic exoskeleton using linear actuators for closed-loop motion tracking.

Developed a mechanical frame design for the robot using aluminium extrusions and stainless steel sheets using precision cutting and CNC machining to meet structural and safety requirements.

I designed an enclosure design for an automated microinjector.

Performed material selection, GD&T, DFM, DFA and design documentation for critical and non-critical components.

Designed micro pipettes and dish holder for injection molding using high performance plastic.

Designed custom fixtures for performance testing and validation.