● Designed control software and user interfaces.● Designed and maintained industrial electrical schematics for electrical panels.● Parts selection including motors and drives, sensors, and machine controls.● Developed product specifications and project cost estimations.● System integration with 3rd party equipment along entire production line.● Met with customers on site to understand customer needs and production goals. Used this to design additional features to improve machine safety and quality metrics.

● Provided engineering support and consultation.● Identification of systemic risks to existing production lines● new software system integrations, support and setup. ● Site device programming support.

● Collaborated closely with product management, specific subsystem experts, and external component suppliers to ensure successful development and integration of embedded systems. ● Developed comprehensive control system DFMEAs to identify and mitigate potential risks and ensure system reliability. ● Created detailed subsystem specifications for system control software, adhering to industry standards and product requirements. ● Designed and implemented control algorithms that met market demands and product specifications, ensuring optimal system performance. ● Led system verification and validation efforts, coordinating testing activities and ensuring compliance with regulatory and industry standards. ● Actively participated in quality and reliability improvement activities, contributing to continuous process enhancements, and optimizing product performance. ● Collaborated with cross-functional teams, both internal and external, across several cultures to identify and implement design improvements, resulting in enhanced product quality and reliability. ● Stayed up to date with emerging technologies and industry trends, incorporating relevant advancements into the development process. ● Contributed to the development of the award-winning Advancer trailer refrigeration unit and upcoming controllers. ● Performed cybersecurity threat modeling.

● Programmed PLCs and HMIs using structured text to ensure optimal functionality of emergency power switchgear. ● Developed standard and reusable function designs, streamlining the programming process, and enhancing efficiency in future projects. ● Thoroughly reviewed customer designs and requirements, meticulously assessing switchgear AC and DC circuitry to ensure compliance with specifications and safety standards. ● Provided assistance in QA testing and field startup of switchgear, effectively identifying, and resolving any operational issues to ensure smooth system integration. ● Constructed a critical test environment for the switchgear control system, enabling comprehensive testing and validation of the control logic and functionality prior to deployment. ● Conducted documentation of PLC and HMI programming, ensuring clear and concise records for future reference and troubleshooting. ● Demonstrated exceptional troubleshooting skills, swiftly diagnosing, and resolving electrical and control system issues to minimize downtime and maintain optimal system performance.

● Conducted on-site startup and commissioning of customer emergency power systems, ensuring their proper installation and functionality, and adherence to safety standards.● Provided support for dealers, addressing technical inquiries, resolving issues, and offering guidance to facilitate smooth operation of emergency power systems. ● Delivered training sessions to customer site personnel, equipping them with the necessary knowledge and skills to operate and maintain the emergency power systems effectively. ● Acted as the primary point of contact for field electricians, offering on-call support and guidance to troubleshoot and resolve any system-related issues. ● Conducted inspections and tests of emergency power systems, identifying potential issues or deficiencies, and proactively addressing them. ● Maintained accurate and detailed documentation of site visits, including reports, test results, and any modifications made, ensuring clear records for future reference and troubleshooting.

1 year contract at GE Healthcare. Designed thermal control system using Simulink for implementation on an FPGA. Performed software and hardware testing.

Designed electrical distribution diagrams using SKM power tools in preparation of an arc flash study and breaker coordination. Performed infrared thermography of power systems.

Assisted in the integration and validation of a neural network based control system onto FPGA's.