Member of the Mobility Safety Solutions (MSS) Group as a Seatbelt Engineer.Collaborated with customers on technical input for quoting global products on future programs and securing business.

*Experienced Technical Project Manager with a demonstrated history of working in the electrical and electronic manufacturing industry.*Lead a team of engineers (electrical, mechanical, manufacturing, safety, validation, and systems) in the development of new customer specific unique sensors for a wide range of applications which lead to successful product launches*Managed the team to ensure all project milestones are met*Reviewed customer specific requirements and developed design*Lead the development of multiple projects and was face of the customer. Created and developed designs.

*Create and follow new product designs from concept, through testing, into production leading to many successful launches.*Developed speed and position sensors for transmission applications.*Developed sensors for phase current applications.*Developed sensors using hall effect, GMR, and inductive technology.

•Design Engineer within the Electronics Development Department focusing on Power Distribution Systems.•Design and develop power distribution centers, automotive shields, grommets, electronic components and automotive components.•Conduct business with companies (both foreign and domestic) concerning the aforementioned products and the implementation of products into automotive programs.•Prepare and conduct presentations for OEMs.•Create, check and release tool, product, and assembly drawings.•Create DVP&R and PVP&R documents for testing and validation of products.•Create and release ECN and CCR documents.•Perform Root Cause Analysis at manufacturing facilities concerning our products throughout the product’s lifetime.•Create, maintain and release BOMs.•Conduct case studies concerning automotive products to evaluate design/production failure mode effects analysis (DFMEA/PFMEA).•Prepare and distribute mass production hand-over books for automotive products.•Conducted testing on products/assemblies and performed vehicle load studies on OEM vehicles.

•Designed and built testing equipment and performed testing on thin film photovoltaic solar cells.•Redesigned and testing of manufacturing prototype components for the end of line manufacturing process for the purpose of product quality and improving efficiency.•Created a prototype storage area for increased efficiency and part history tracking. This created an avenue to build a relationship between the manufacturing prototype components and how they related to the end product quality.•Completed a thesis report on a manufacturing part used for production and testing which focused on: *Thermal analysis and heat transfer of the manufacturing part as it undergoes testing and while in production. *Force analysis of an intricate mechanical and electrical system as it applies to the part as a whole. *Dimensional analysis of the entire system, which created a multi-variable function that modeled the system.

•Designed products, plant layouts, automation assemblies, transfer lines, and constructed databases.•Worked in the following divisions: *Product – Designed and followed multiple products throughout the manufacturing phases to assure customer satisfaction. *Prototype – Designed and implemented products based on customer specifications. *Assembly – Designed work cells, automation processes, plant layouts, and made sure products are assembled correctly. *Customer – Maintained relations with our customers and held meetings discussing new and current business. *Continuous Improvement – Traveled to different plants throughout North America applying 5-y and 6 sigma practices as well as performing industrial engineering studies. Investigated manufacturing concerns, developed concern resolutions matrices and implemented the identified corrective actions, which reduced downtime, increased productivity and reduced cost.

•Designed and built mechanical rigs to set up for experimental testing.•Researched Compliant Pin Technology and monitored current technology developments.•Redesigned old testing equipment for use on new and upcoming products.

•Researched nanotechnology and analyzed data as it can be applied to automotive fluids and applications.•1 of 11 students chosen for High School Science and Technology Program internship, out of over 400 qualifying candidates.•Worked at Ford Motor Company Scientific Research Laboratories.