Greater Vancouver Metropolitan Area
As an Instrumentation and Controls Manager at Vital Manufacturing Inc., I bring over 10 years of expertise in lead of designing and implementing advanced control systems for high-performance industrial machinery. My work focuses on the complete lifecycle of automation systems, system integration, PLC/HMI programming, and successful commissioning. With a proven track record in SCADA and system architecture, I contribute to building innovative solutions tailored to client needs. Committed to advancing industrial automation, I lead teams in delivering efficient, reliable, and customized control systems. My approach emphasizes collaboration and innovation, ensuring successful project outcomes that align with organizational objectives. By bridging technical mastery and strategic execution, I strive to push the boundaries of industrial technology solutions.
Led the design, architecture, and implementation of advanced instrumentation and control systems for high-performance, custom-built industrial machinery. Responsible for the complete controls lifecycle—from conceptual design and hardware selection to PLC/HMI programming, commissioning, and client handover.
As the CTO, I strategically developed and implemented comprehensive technology strategies that aligned with the organization's business goals and objectives. I successfully oversaw and managed the technological infrastructure, directed research and development initiatives, and fostered a culture of innovation within the company.
As the Project Manager, I led a 12-member cross-functional team consisting of Software Developers, Mechanical Design and Electronics Engineers, and Fabricators in successfully delivering the Radio Shuttle Robot project.
As the hands-on Senior Mechatronics engineer, I was responsible for leading the design, fabrication, and installation of $2M custom-built machineries for increasing snack food production capacity and performance.
• Designed and led the manufacturing process for the Automatic Grease Dispenser unit, enhancing operational efficiency. • Supervised mold fabrication through CNC machining, ensuring precision and quality in production. • Developed a Minimum Viable Product (MVP) using CATIA and 3D printing, accelerating the prototyping phase.
o Design and Lead manufacturing process of the Automatic Grease Dispenser unit o Supervise and Lead Mold fabrication by CNC machining and mechanical fabrication processes o Design and Develop MVP with CATIA and 3D printing