● Lead architect of hardware and software for Battery Management System Suitcase Tester● Lead test engineer for Data Acquisition Systems and Lifetime Testers on GM Gen5 (E94/95) ECU program

● Lead architect of hardware and software for NI sbRIO-based 3rd generation ECU Suitcase Tester● Spearheaded implementation of cloud-based software distribution system for global product-line communities● Designed FPGA-driven electronic load for simulated injector behavior● Created tools to improve, simplify, and expedite quote process for Automated Test Equipment builds● Supported Veristand-based data acquisition systems including real-time analysis of complex injection profiles

● Architected asynchronous real-time implementation of XNET for the cRIO platform to avoid pitfalls of a single-loop state-based system● Developed custom device in Veristand that allowed for dynamic run-time selection and execution of NI’s post-processing analysis tools● Created Veristand custom devices per customer requirements to both implement NI Sound and Vibration toolkit as well as provide synchronized input/output functionality● Created higher-level driver implementations for devices such as stepper motors, Bluetooth Low-Energy, and generic instrumentation (i.e. power supplies and DMMs)● Operated as Tech Lead for full-rack test-system replication and testing● Designed and captured schematics for test system components and project-specific PCBs, as well as performed PCB layout● Debugged systems at hardware and system level during integration and acceptance testing● Provided support, both internally and at customer sites, with troubleshooting, debugging, and validating TestStand sequences

● Captured schematics and performed full PCB layout for an engine/transmission controller module automatic validation tester● Developed TestStand sequences that allow for a scalable test interface across multiple customer product platforms● Collaborated closely with LabVIEW experts to create VIs for data analysis as well as board-level interfacing with validation tester● Designed, captured, and performed layout for EMC test board that interfaces with NI-DAQ equipment to provide signal windowing results during testing

● Designed “smart” medical cabinet control system● Updated current designs to comply with EMC/ESD standards for certification● Interfaced with production floor to debug and solve product issues hindering shipment● Created standardized library for all PCB-related components

● Lead engineer on XBRD-8987 COM Express Carrier Module● Assisted with PCB Layout and schematic designs for various form factors including VPX and COM Express● Interfaced with customers on a regular basis regarding customer specifications, technical questions, and hardware debug and support● Developed process improvements for schematic/PCB library to reduce time-to-production ● Involved with products throughout entire life cycle from concept to production

• Designed IP security surveillance hardware and software for the PIC16 chipset• Developed application firmware for Microchip's 8 and 16-bit PIC microprocessors• Worked closely with other engineers in AMAD department on various application development projects• Constructed a multitude of customer and inter-departmental printed circuit boards for testing and shipment• Assisted customers with design and debugging of PIC based systems

• Integrated new equipment into existing substations to optimize efficiency and longevity• Designed substation control panels to provide proper system protection• Performed field inspection and evaluation of current and future substation projects• Created new database system for storage of telecommunications information• Responsible for updating archives with lab corrections