I-Fan (Dylan) Chen Email & Phone Number

Taipei City, Taiwan

• Designed Dell commercial and gaming mechanical keyboard assemblies and components using PTC Creo, ensuring integration with molding and die casting, while adhering to DFM/DFA guidelines for manufacturability.• Engineered mechanical keyboard prototype through adept utilization of CNC machining, 3D printing, and precision rubber molding techniques for rapid testing and delivering tangible, early-stage proof-of-concept.• Delivered cost-effective product design solutions to customers by… Show more • Designed Dell commercial and gaming mechanical keyboard assemblies and components using PTC Creo, ensuring integration with molding and die casting, while adhering to DFM/DFA guidelines for manufacturability.• Engineered mechanical keyboard prototype through adept utilization of CNC machining, 3D printing, and precision rubber molding techniques for rapid testing and delivering tangible, early-stage proof-of-concept.• Delivered cost-effective product design solutions to customers by offering comprehensive expertise in material selection, and manufacturing processes during the Request for Information (RFI) and Request for Quotation (RFQ) stages.• Enhanced and validated the design of the mechanical keyboard utilizing Ansys Workbench structural analysis, successfully achieving zero fracture in quality tests.• Patented the "Double Injection Gasket Mounted Keyboard," integrating the mounting plate and gasket into a single double- injection component, resulting in a significant 5% reduction in overall assembly costs.• Assessed energy absorption capabilities of foams and analyzed the structural resonant frequency of the keyboard using Ansys Modal Analysis. Successfully achieved an 18% reduction (10dB) in typing noise through strategic design modifications. Show less

Taichung City, Taiwan

• Used Ansys Workbench to perform steady-state static structural analysis, transient structural analysis, vibrational modal analysis, flow-field analysis, composite materials lamination, analysis, parameters optimization analysis, and topology optimization analysis.• Obtained Ansys Workbench Certificate.• Utilized Solidworks 3D to design and 3D-print the supporting bracket for notebook and watch for printing and ensured its mechanical strength is adequate for daily use.• Responsible… Show more • Used Ansys Workbench to perform steady-state static structural analysis, transient structural analysis, vibrational modal analysis, flow-field analysis, composite materials lamination, analysis, parameters optimization analysis, and topology optimization analysis.• Obtained Ansys Workbench Certificate.• Utilized Solidworks 3D to design and 3D-print the supporting bracket for notebook and watch for printing and ensured its mechanical strength is adequate for daily use.• Responsible for server loop organization and integration.• In charge of the progress of automatic recognition, measurement, and code programming.• Used Visual Components 4.0 to organize mechanical arm and assembly line production machine. Show less

Taipei City, Taiwan

• Developed HP commercial laptops by creating complex assemblies, components, and engineering drawings using PTC Creo and AutoCAD from concept to mass production stage with zero issues remaining, while maintaining its status on the PDM system.• Integrated GD&T techniques into the product development process by conducting FAI inspection, stack-up analysis, and DFM report, leading to a 7.5% reduction in the defect rate.• Improved fixture designs by adding self-locating features, reducing… Show more • Developed HP commercial laptops by creating complex assemblies, components, and engineering drawings using PTC Creo and AutoCAD from concept to mass production stage with zero issues remaining, while maintaining its status on the PDM system.• Integrated GD&T techniques into the product development process by conducting FAI inspection, stack-up analysis, and DFM report, leading to a 7.5% reduction in the defect rate.• Improved fixture designs by adding self-locating features, reducing CNC setup times by 15%.• Optimized cost efficiency by crafting comprehensive part lists and Bills of Materials (BOMs), achieving a 6% reduction in BOM costs through strategic alterations in the fabrication process and material selection. Show less

Master'S Degree, Mechanical Engineering, Second Year

GPA 3.88/4.0

Bachelor'S Degree, Mechanical And Electro-Mechanical Engineering