1.Spearheaded the research and development of cutting-edge autofocus motors and anti-shake motors tailored to camera modules of major mobile phone manufacturers. (for example: https://patents.google.com/patent/US9134503B2/en)2.Demonstrated expertise in motor basic technology, including a profound understanding of motor principles and defining functional characteristics. (for example: https://scholarworks.iupui.edu/server/api/core/bitstreams/366ed95f-3e21-48cd-afe8-6cce47a6c0bb/content)3.Proficient in 2D and 3D drawing, precision tolerance formulation, tolerance analysis, and Design for Manufacturability (DFM). (for example: https://www.largan.com.tw/largandigi/#)4.Skillfully designed and verified characteristic curve performance to ensure optimal efficiency and performance of motors. (for example: file:///Users/leo/Downloads/ICIA2013.pdf)5.Conducted magnetic circuit simulations using ANSYS Electronics to optimize motor design and performance. (for example: https://courses.ansys.com/wp-content/uploads/2021/07/MAXW_GS_2020R2_EN_LE01.pdf)6.Successfully performed shrapnel K value, stress, and tilt simulations using ANSYS Mechanical, ensuring robust and reliable motor performance. (for example: https://www.sciencedirect.com/science/article/abs/pii/S0924424719316000)7.Expert in conducting structural stress simulations using ANSYS Mechanica, guaranteeing the motor's durability and resilience. (for example: https://www.mdpi.com/2076-0825/10/12/320)8.Evaluated product disassembly analysis, conducted REL failure FACA, and verified improvement effects to enhance motor performance.9.Implemented Design of Experiments (DOE) experiments and analyzed characteristic data to optimize motor design.10.Ensured seamless production processes by confirming assembly processes and manufacturing methods.11.Developed strong relationships with clients and prepared comprehensive external reports in response to their specific needs.

Experienced in electro-mechanical design for camera voice coil motors.Experienced in designing and analyzing electric vehicle power distribution units.Proficient in mechanical design using CAD 3D modeling and drafting packages, including NX and Creo Element Direct.Skilled in performing structural and thermal Finite Element Analysis using Ansys.Experienced in performing tolerance analysis of highly complex and precise mechanical designs with an excellent understanding of GD&T.Skilled in designing for plastic injection molding and metal stamping for mass production based on warpage by Moldflow and forming limit diagram by Dynaform.Experienced in researching, selecting, testing, and processing various materials, such as SUS305, NKC4419, SPCC, and E530T.Experienced in testing, reliability, and qualification of systems.Led a team of junior mechanical engineers in design projects and finite element software simulation.Designed server nodes, enclosures, racks, and cabinets per EIA 310-D spec and customer-specific requirements.Collaborated with domestic and foreign vendors to integrate third-party components.Managed designs throughout the product life cycle, including working with suppliers on prototypes and production builds.Analyzed and validated thermal and environmental specifications and requirements.Improved power and thermal efficiency of server mechanical and electrical design.Conducted concept reviews and reported on design updates and progress.Provided support to Amazon, Microsoft, Twitter, and Meta.

Training Courses Offered:LS-DYNA FundamentalsLS-DYNA Frequency AnalysisLS-DYNA ALE, ICFD, and DEM ApplicationsIntroduction to HyperWorksAdvanced HyperWorks TechniquesDynaform EssentialsTechnical Support Services:Providing assistance to engineers from OEMs for project resolution involving Hypermesh, LS-DYNA, Optistruct, and Dynaform.Consultation and Benchmarking Activities:Drop Testing for Cell Phones and NotebooksFluid-Structure Interaction in Boat Impact Tower ScenariosSteady-State Dynamic Method for Bus Acoustic AnalysisShock Analysis for a 4-Tray ServerCooling Enhancement Through Compressive Bump in Incompressible FluidsMulti-Stage Forming of Suspension Steel PlatesFailure Analysis of Motor PCB Assembly Solder JointsTube Bending and Hydroforming of Car Bumper ComponentsWhiplash Simulation for Car Seat with Hybrid III DummyEnhancing Steel Plate Stiffness for Gaming Keyboard using Topology OptimizationParticipation in User Conferences:LSDYNA Parallel Computing Efficiency Research - Presented at the 2017 LS-DYNA User ConferenceStrength Analysis and Design of Wearable Device Straps - Presented at the 2nd China LS-DYNA User ConferenceMeasured Parameter Correction of HyperStudy in Impact Testing of Netcom ProductsExperiment and Simulation Correction of Locking Force of Pen Electric Heating TubeFluid-Structure Coupling Using Radioss and AcuSolveSimulation and Experimental Correction of Locomotive Impact on Pedestrian's ThighFluid-Structure Interaction with Inclined Angle Impact on Cooling Server Tank - Presented at the 2020 Altair User Conference

1.Planning and design of automated equipment2.Modular design of automated equipment architecture3.Product mechanism design and structural assessment4.Evaluation and selection of materials and purchased components5.Establishment and execution of BOM for machining and hardware components6.Assisting supervisors as a communication and coordination window for external (customer) and internal (various departments) matters.