Innovative and results-driven Technical Project Manager with 7+ years of delivering complex hardware and software solutions in the automotive industry. Proven success leading cross-functional engineering and product teams to design and deploy scalable, next-gen technologies that set new industry benchmarks. Skilled in driving digital transformation through IoT, AI/ML, and advanced data analytics to enhance operational efficiency and product innovation. Expert in strategic product ownership and Agile/Scrum project management, translating visionary ideas into clear, actionable roadmaps and ensuring end-to-end delivery excellence. Committed to leveraging deep systems engineering expertise and technical leadership to deliver high-impact projects as a Digital or Engineering Project Manager, Product Owner, or Senior Systems Integration Head.
03/2016
ISO 9001:2015 Quality Management System Implementation
Led the successful implementation of an ISO 9001:2015-compliant quality management system for the manufacturing of ballpoint and gel pen tips. Delivered full documentation and audit readiness for certification, improving internal process efficiency and compliance.
05/2015
Milling an Impeller in a 4-Axis CNC Machine
Investigated and executed 4-axis impeller milling using Siemens NX 8.5. Designed the Sherline CNC and impeller model, generated optimized tool paths, and verified output using Vericut and inverse kinematics. Achieved high-precision milling with soft materials.
05/2015
Embedded System Project – LED Propeller Clock
Developed a real-time LED-based propeller display using Arduino, IR sensors, and a 1000 RPM DC motor. Programmed a POV-based system using a 5x7 Dot-Matrix code and custom-built encoder circuit, enabling real-time display of names, time, and messages. Integrated dual Lithium-ion power supply for portability.
05/2015
Praxis Project – Autonomous Obstacle Avoiding Smart Boat
Built an Arduino-powered boat with ultrasonic sensors for autonomous navigation. Programmed real-time obstacle detection and evasion algorithms to ensure pathfinding in dynamic environments.
05/2015
SAITM Robotics Challenge – SRC13
Designed and developed a line-following robot that competed in the SRC13 robotics challenge. Focused on sensor calibration, logic control, and algorithm tuning to optimize path tracking accuracy and response time.
Reference : Name : Dr Erik L.J Bohez Title : Dean of Engineering (AIT) Phone Number : (662) 524 5687 Email : bohez[at]ait.ac.th