Ryan Lin Email & Phone Number

Richmond, British Columbia, Canada

• Received practical experience in a wide range of hand tools; gained knowledge in mechanical components such as fitting, thread sizes, wire gauges, as well design principles such as engineering fits and selection of.
• Set up, monitored, and maintained over 15 actuators under test, routinely checked and logged test device operating statuses in a detailed and organized format; exposed to a logical approach of recording experimental.
• Inspected, analyzed, and summarized test results; produced over 15 engineering reports in a clear, coherent, and detailed fashion. Commented on observations, as well as recommendations to improve the performance of the.
• Diagnosed faulty test devices and apparatus, deduced root causes through logical synthesis of inspection results. Sharpened problem-solving skills for mechanical equipment and gained insights in common causes for.
• Utilized machine shop tools to manufacture components of satisfactory quality gained hands-on experience in milling machine, lathe, and drill press. Also became familiarized with professional machine shop practices to.
• Communicated effective with coworkers verbally or through email; able to work under verbal instructions

Vancouver, British Columbia, Canada

• Maintained and monitored over 100 computers in the UBC department of Computer Science; gained knowledge in the interaction between different computer components
• Troubleshooted defective computers; used tools such as CHKDSK and MemTest86 to diagnose the problem; obtained systematic experience in computer repairs
• Assisted in installing and managing servers; became familiarized with peripheral interconnections of a server and the network layout in a server room
• Helped in managing the departmental hardware inventory; created sage and efficient working environment

Vancouver, Canada Area

• Modeled and compared up to 5 landing gear designs in SolidWorks; selected a final design based on results from finite element analysis and physical prototypes
• Revised landing gear designs – carried out topology optimization in ANSYS; the revised product’s weight is reduced by 17% while its ultimate load capacity increased by 47%
• Communicated with up to 10 team members to order components, discuss component placements on the fuselage, report current progress, and exchange ideas regarding aircraft designs
• Operated machine shop tools including waterjet cutter, lathe, drill press, and bending press to manufacture the landing gear – product showed outstanding reliability during test flights by taking off and landing.

Master Of Engineering In Naval Architecture And Marine Engineering, Naval Architecture And Marine Engineering

• L3Harris MAPPS Award in Naval Architecture and Marine Engineering • Special UBC Graduate Scholarship-NAME Design Celebration Award

Bachelor Of Applied Science In Mechanical Engineering, Mechanical Engineering

• With Co-op • Graduation with Distinction