Kuala Lumpur, Federal Territory of Kuala Lumpur, Malaysia
I am a Mechatronics Engineer who thrives at the intersection of physical hardware and digital control systems. With a Master’s in Engineering Management (focusing on Lean Continuous Improvement) and hands-on experience in both product design and field service automation, I specialize in accelerating New Product Introduction (NPI) cycles. My engineering philosophy is built on removing bottlenecks. Whether I am using Value Stream Mapping (VSM) to slash product development lead times by 78%, drawing up 3D SolidWorks prototypes for sheet metal fabrication, or writing Python automation scripts and C# logic loops, my goal is always to optimize the system as a whole. Core Technical Arsenal: ⚙️ Hardware: SolidWorks, AutoCAD, GAD/PID, Equipment Troubleshooting, FAT/SAT. 💻 Logic & Systems: C#, C++, Python, Arduino, MatLab, TCP/IP Communication, Ladder Logic. 📊 Process: Lean Engineering, VSM, Root Cause Analysis, DMAIC, BOM Management. I am currently exploring high-impact NPI and Systems Engineering opportunities, particularly those that require bridging mechanical realities with digital interfaces.
Spearheaded Lean Engineering methodologies, utilizing Value Stream Mapping (VSM) to identify bottlenecks and successfully slash product development lead time by up to 78%. Accelerated NPI (New Product Introduction) cycles by designing 3D prototypes in SolidWorks and generating precise sheet metal drawings and DXF files for direct-to-laser fabrication. Executed technical feasibility studies and comprehensive stress testing for new models, applying Root Cause Analysis and DMAIC frameworks to isolate and rectify defects prior to market release. Managed end-to-end BOM (Bill of Materials) generation and created detailed GAD/PID documentation, directly streamlining the procurement process and ensuring cross-functional manufacturing alignment. Directed technical supplier relationships, resolving complex hardware challenges during the development phase to secure high-quality components within strict budget and schedule constraints.
Engineered and executed electrical wiring and ladder logic diagrams for complex automation systems, ensuring compliance with strict project specifications. Programmed robotic tasks and background supervisory functions via TCP/IP communication, bridging hardware operations with digital control logic. Optimized machine vision acceptance thresholds by training image parameters using Cognex Vision Software, directly improving quality control accuracy. Spearheaded comprehensive Factory Acceptance Tests (FAT) and Site Acceptance Tests (SAT), validating machine functionality and performance alongside client stakeholders. Led onsite installation, modification, and rapid troubleshooting of critical equipment faults, drastically minimizing client downtime and providing excellent follow-up support. Mentored junior engineers, fostering technical growth while ensuring seamless project scheduling and weekly customer reporting.
Managed end-to-end training program operations, including precise scheduling, financial statement tracking, and cross-functional coordination to ensure optimal delivery.
Directed technical activity scheduling and organized a LEGO Robotics Competition, cultivating problem-solving and creative engineering skills in students.