- Facilitated a cross-functional team to consistently achieve project milestones and move the flagship product from definition to production under strict budget constraints- Designed all hardware systems (product specification, system architecture, circuit design, and production design files) for a WiFi–enabled telemetry platform for bicycles- Introduced design revision control and BOM management, eliminating communication errors with the overseas contract manufacturerDesign Activities Include:- Drafting of system level requirements/specifications for both hardware and firmware- Hardware (PCB) design (RF, power electronics, and high speed data buses)- Hardware verification (electrical and functional)- EMI/EMC testing- Part characterization, sourcing, and BOM management

Provide optical wireless expertise in the organization, design, and implementation of visible light communication/localization systems including: hardware design, system design, system verification, and infrastructure planning.Accomplishments:• Successfully reverse engineered and modified constant current switched mode power supplies to act as LED modulation circuits• Published a paper in the IEEE Journal of Lightwave Technology on the implementation details of high power LED modulation and constellation design for Li-Fi systems

Mentored undergraduate students, and provided my knowledge of electronics and software development via the organization of weekly one hour tutorial sessions. Courses taught included: microelectronic circuits, introduction to Java/C/Python, and engineering design.

Designed and verified analog block schematics and layouts for SerDes transceiversAccomplishments:• Identified the need for higher speed system level verification tools, and coordinated with EDA vendors to develop and integrate IBIS-AMI modeling procedures into the existing design flow using the C programming language• Trained out of province employees on IBIS and IBIS-AMI modeling procedures• Hosted a corporate wide presentation on the advantages IBIS modeling