Currently Design Engineer at multinational automotive company (Yamaha Motor) who research and develop new motorcycle for the ASEAN market. I have engineering projects experience since 2019 until the... Read more

Currently Design Engineer at multinational automotive company (Yamaha Motor) who research and develop new motorcycle for the ASEAN market. I have engineering projects experience since 2019 until the present. Success delivers engineering solutions for any sector : • Manufacturing industry • Automotive industry • Oil and gas industry • Plastic and packaging industry • Renewable energy • Food Industry • Consumer goods • Appropriate technology • Robotics and automation • IoT (Internet of Things) I have professional skills and knowledge in Mechanical Design and Manufacturing as below : • Design and produce 3D part & assembly modelling using SOLIDWORKS, NX and CATIA • Produce 2D engineering drawing with GD&T (ASME Y14.5, ISO 1101) and manufacture symbols based on ISO/ANSI/JIS standard using AUTOCAD, SOLIDWORKS, NX and CATIA • Engineering design scope : focusing on vehicle and able to designing special purpose machine, high volume manufacturing, robotics, turbines, piping, structural, home appliances and HVAC/MEP. • Perform with Finite Element Analysis (FEA) to analyst structural and thermal • Perform with Computational Fluid Dynamics (CFD) • Perform with Motion Analysis Simulation • Perform with PLM and PDM managing design data Bill of Material (BOM) • Implement DFM/DFA principles in engineering design • Implement statistical tolerance analysis & MBD used on tight tolerance assemblies • Implement root cause analysis and DFMEA to address design issues • Reverse engineering used on copying existing product for re-engineering and re-manufacturing • Render image, animation and simulation of the products • Quality and testing of the products • G-Code programming using CAD/CAM • Basic electrical and wiring I have other professionals like Speaker, Trainer (Mechanical Engineering CAD) and Jury on Competition. Specialities: • Engineering Design • CAD (Computer Aided Design) • CAE (Computer Aided Engineering) • CAM (Computer Aided Manufacturing) • Reverse engineering • High volume manufacturing methods (Progressive die, Stamping die, Mold and etc.) • Maintenance (Preventive, Predictive and Corrective)