ENERGY STORAGE SYSTEMS- Lithium-ion battery pack electrical and mechanical design- BMS sourcing for customer safety and performance requirements - Product qualification and certification for UN/DOT, UL, CE, and MIL-STD complianceENGINEERING PROCESS- IEEE 15288.1, Standard for Application of Systems Engineering on Defense Programs - Capability Maturity Model Integration (CMMI) for Development - ISO9001 best practices for Systems Engineering NEW PRODUCT LAUNCH- Requirements development, DFM review, COGS analysis- Prototype fabrication and verification testing- Tooling and manufacturer sourcing

Engineering consultant for development of lithium ion battery products for defense applications

Led the development of energy storage and electronic warfare systems for defense applications

DRIVE BUSINESS GROWTH—lead technical responses throughout the RFI/RFQ process to win new customers in the emerging lithium ion automotive battery market CUSTOMER SUPPORT—provide guidance to existing customers in matching products to application. Conduct root cause analysis to identify potential quality concerns. Document customer requirements and provide analysis of product compliance based on testing and computational modeling. TEAM SYNERGY—deliver technical requirements to other engineering teams and coordinate the cross-functional support needed to deliver a compliant battery designPROJECT MANAGEMENT—set efficient timelines with customer by understanding engineering resources and prioritizing the key project milestonesCOMMUNICATION—contribute to a positive customer experience by clearly presenting project status and technical analysis to external customers and internal engineering teamsTECHNICAL EXPERTISE—advanced knowledge in lead acid and Li-Ion applications, testing, failure mode analysis, Six Sigma manufacturing, and skills in computational modeling with MATLAB/SimulinkMARKET STRATEGY—lead a joint efforts to develop a market forecasting tools for understanding the future technology needs of the customerHANDS ON SKILLS—ability to design and fabricate laboratory testing hardware, conduct experiments, use hand tools and machine shop tools. Knowledge in circuits and through-hole PCB soldering

Design, interface, and maintain scientific instrumentation used in biomechanics research. Use oscilloscopes, signal generators, transcranial magnetic stimulators (TMS), electromyographic equipment, muscle stimulatiors. Programming in Labview, MATLAB, and SIMULINK software.