Nick Bordelon Email and Phone Number

• Spearheaded the integration of a memory protection unit to enhance system safety and reliability.• Implemented a robust solution to rectify CRC issues when flashing development builds, ensuring stable and error-free firmware deployment.• Collaborated cross-functionally to develop and implement innovative temperature sensor logic for a new power module, ensuring precise thermal management and system reliability.• Strategically reduced memory access times for high priority tasks, resulting in a notable 9.75% decrease in CPU throughput.• Streamlined diagnostic data management to YAML based implementation, reducing cost and dependencies on proprietary technologies.

• Developed innovative ECU reset logic, resulting in a significant reduction in reset response time and improved system stability.• Led the integration and validation of essential drivers for ECU bring-up, ensuring seamless functionality during critical initial stages.• Collaborated on designing and implementing a fleet-wide built-in-software-test for high voltage motor controller circuits, enhancing fleet safety and reliability.• Enhanced traceability by integrating serial number storage and data output via CAN and cloud platforms.• Configured sensor and ADC settings, optimizing system performance through integration of piecewise linear interpolation logic into control software.• Automated ECU software build version synchronization through a Python script, ensuring consistency across software iterations.• Strengthened software reliability by crafting and enhancing unit tests for critical components, minimizing bugs and downtime.

• Designed, simulated, and oversaw the implementation of the Brake System Plausibility Device (BPSD), prioritizing performance and reliability.• Maintained compliance with FSAE Design rules and budget projections, ensuring that control systems met competetive standards and financial objectives.• Generated annual reports on failure mode and effects analysis (FMEA) for our competition vehicle, analyzing potential failure modes to enhance safety and performance.

• Gained hands-on experience and contributed to the Electric Power Conversion team, focusing on the motor-controller ECU.• Played a pivotal role in integrating HIL simulation testing between ECUs, enhancing system reliability and performance.• Developed resolution and HIL test to pinpoint critical sleep/wake issues, significantly enhancing vehicle stability before production/release.• Developed and implemented a method to streamline development processes, enabling the team to work efficiently and effectively outside of vehicle testing scenarios.

• Developed a portable benchmarking device to effectively test and validate commercial merchandise, ensuring product quality and performance standards were met.• Revised and constructed 3D assemblies and fixtures, enhancing prototyping processes and facilitating product design iterations.• Generated detailed reports and documentation outlining temperature sensor testing procedures, facilitating data analysis and ensuring accurate evaluation of sensor performance.

• Acquired comprehensive experience in the end-to-end product development cycle, demonstrating versatility and proficiency across key stages of product realization.• Underwent specialized training in advanced 3D CAD modeling techniques, highlighting a commitment to mastering crucial design tools and skills.• Demonstrated proficiency in dimensional analysis and tolerance adherence across diverse materials and engineering standards, ensuring precision and compliance with industry specifications.