Connected Dispensing and Digital Solutions design engineer enabling data collection and analytics for improved adhesive dispensingLead designer for semi-automated "smart" dispensing equipmentDesign and testing of connected dispensing equipment for industrial and commercial use

Lead hard-goods development engineer for adhesives and sealants group within 3M Industrial Adhesives and Tapes Division.Product development of dispensing/testing equipment for NPI projectsResponsible for maintaining and updating documentation and CAD files for dispensing applicators and adhesive hard-goods such as nozzles, cartridges, and packaging.

Lead ME for 7 assembly cells: responsibilities included design of new tooling, process changes to improve throughput, program modification to reduce downtime, quality analysis of incoming parts, and coordinating new installations∙ Developed standardized process for implementation of new parts on assembly cells and initial parameter setup procedure∙ Lead engineer for Ford prototype builds: organized team to build prototype parts, modify machines to build new parts, record relevant data for customer review

∙ Implemented warranty analysis procedure for EMCD units including initial inspection, testing, and teardown∙ Tesla Model 3 RFQ process team member responsible for compatibility analysis and initial joint sizing∙ Oversight and organization of tests for VA/VE new supplier parts in existing designs

• Designed and implemented universal database for all paint shop production aids – used to develop new tools, improve existing production aids, and highlight commonality opportunities• Issue Resolution and Verification – responsibilities included tracking and implementation of PRTS solutions at plant as well as data acquisition for paint shop processes issues• LASD Audit – performed deadener audit for multiple vehicles and worked with MSIE to update necessary MPDs

∙ Project lead for rehabilitation of test stand for life cycle development – Responsibilities included programming Horner XLT PLC utilizing C++ (Cscape) and optimizing Human Machine Interface (HMI) for improved customer interface.∙ CS1 Tri-Foam Development, including redesign utilizing Solidworks to allow for additional chemicals to be added to the solution; Optimizing chemical concentrations to minimize cost; Conducting durability and compliance testing of flow rate and mixtures