Conduct verification and validation testing of custom PCB firmware and outsourced manufactured SLA, silicone and TPU components with custom designed testing experiments to inform design changes for works-like prototype.

Prepare documentation of design changes, material selection and manufacturing file submissions to manage four Chinese vendors, ensuring timely procurement of prototype components and adherence to project timelines.

Led preliminary design phase of wearable breast pump, analyzing needs of moms with industrial designer and modifying initial Rhino designs in SolidWorks to feature proper engineering tolerances for seamless assembly and functionality.

Configured electromechanical components within breast pump controller housing in SolidWorks, maximizing internal volume and allowing for the decrease of 15% in overall product size and weight.

Designed a centralized electrical hub with plug-and-play wiring and adjustable elastic finger bands, reducing clutter, minimizing motor failure points, and streamlining don/doff times for clinical use.

Characterized and optimized trakstar sensor configurations using ROS, RViz, and a custom test jig, achieving a 50% reduction in sensor footprint and improving joint angle accuracy to within 5°.

Designed and integrated custom sensor mounts for the PIP, MCP, and hand base using SolidWorks and FDM printing, enabling robust and user-friendly integration of electromagnetic tracking sensors into the MyHand system.

Conduct laboratory experiments and analyze the recorded data for students and faculty to reference.

Ensure laboratory equipment is organized, set up and calibrated correctly for classroom use.

Conduct inventory on laboratory equipment and file storage.

Utilized LabVIEW to optimize and automate experimental procedures to observe the cold atom cloud light interactions on a scale of milliseconds.

Introduced mechanical improvements to our experimental apparatus (Magneto Optical Trap) to ensure stable and repeatable results to refine our study for future research.