Lead Electrical Engineer for the design and development of electronic instrumentation for new products in the in-vitro diagnostic (IVD) medical device market. As the Lead Electrical Engineer on twelve cross-functional project teams over a seven-year span at BIT, successfully ushered product designs from concept to manufacturing. Responsible for all aspects of medical electronics design, including:• Defined product requirements and their design implementations: from design input requirements (DIR), to hardware requirements specifications (HRS), to hardware design definition (HDD).• Designed instrument electrical architecture through top-level design, subsystems definition and design, power conversion and distribution design, and system requirements verification.• Analyzed risk and implemented mitigations through Failure Modes and Effects Analysis (FMEA).• Utilized proficiency and experience with analog, digital, and mixed-signal electronics to design custom printed circuit board assemblies (PCBAs) from concept to fabrication, including: schematic capture, SPICE simulation, component placement, 3D modeling, printed circuit board routing, fabrication and assembly documentation, functional & regulatory compliance testing.• Assembled and tested complete system engineering prototypes. Applied thorough understanding of system requirements, design implementation, and design verification best practices to analyze system performance.• Collaborated with Industrial Engineering team to transfer products from R&D to manufacturing.• Designed for electrical safety through compliance with IEC 61010-1 (3rd Edition) general requirements, and IEC 61010-2-101 (3rd Edition) particular requirements for IVD medical equipment.• Designed for EMC through compliance with IEC 61326-1 (2nd Edition) General Requirements, and IEC 61326-2-6 (2nd Edition) particular requirements for IVD medical equipment.

• Instructed 20 Electrical Engineering students in weekly laboratory experiments on the fundamentals of digital and analog circuit design.

• Designed and drafted machine components for use in the manufacture of rubber products.• Drafted product drawings using AutoCAD for engineering staff reference.• Coordinated with suppliers and manufacturers to order raw materials and parts.• Created product manufacturing instructions to ensure product quality.