Manage the beginning phases of a project. Identify changepoints for a new model or need for a line characteristic improvement, then determine all machinery modifications that need completed. Simulate changes, identify all line characteristics, and create a detailed specification and scope of work. Identify and work with all downstream partners and outside vendors to negotiate path forward to achieve desired run rates and cycle times of production automation equipment.

Electrical Equipment Machine Design. Hardware and Software (PLC ladder logic, safety gate logic, and HMI design) for Honda North America manufacturing plants. Particular specialization in Safety, both human and machine safety. Work includes many types of machinery, including assembly, milling, honing, casting, and plastic injection machinery.I am a TUV safety certified engineer with significant experience in the industry and interfacing with adjacent equipment and AGV's/AMR's. I also have a patent in my name for a full injection alignment device for engine sub-assembly.

Responsible for the lead application engineering support for Hermetic customers supporting all potential product lines for Induction Motor Applications.Includes...- Participate on and lead new product development and cost reduction projects ensuring customer CTQ’s (Critical to Quality metrics) are met.- Assist in application testing, potential agency & reliability tests and field failure analysis.- Complete designs for potentially any and all single phase & three phase hermetic products to meet customers' requirements.- Engineering interface with global manufacturing locations

- Select, test, and approve alternate electrical components, due to cost, quality, or obsolescence. Create and maintain schedule to implement- Work with Purchasing Commodity Managers on a daily basis. Learn their concerns and unique challenges- Identify critical components and create sourcing strategies to mitigate supply chain issues.- Work closely with UL, TUV, and ETL/Intertek to develop and maintain Regulatory Compliance Files to medical standards.- Lead engineer on one NPD project, including researching clinical data, creating software specs, implementation of new quality PPAP documentation, Medical Regulatory standard interpretation, and functional testing.- Integrate automated PCB bed-of-nails tester with Labview and create assembly line audible timer with Crouzet PLC- Setup and perform life-cycle and reliability testing, primarily utilizing PLC's.- Learn and utilize Creo 3D CAD and AutoCAD programs for parts and drawings. Use PADS PCB for board design changes.- Pursue and help suppliers solve quality issues stemming from their processes or machines- Suggest and implement multiple work instructions for engineering test reports and change orders- Use Toyota production and problem-solving methods

- Electrical design and development (harness, sensors, actuators, PCB, motor sub-systems, and entire vehicle-system)- Extensive test truck field-service work, enabling me to be the primary contributor of service manuals- Analyzed and interpreted multiple compliance standards, including UL, RoHS, WEEE, and REACH- Created and lead cross-product electrical harness design group, which produced additional standards and tools to become more efficient- Work extensively with all Departments within Crown to coordinate new product introductions- Contributor to the software test plan for new electric forklifts- Participant in FMEA reviews and performed FMET verification testing

- Service of production line weighing machines across a 4-state region- Performed electrical repairs and software diagnostics in production environments, responding to “line-down” scenarios