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 materials• 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 observations• 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 products• 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 failures• 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 create an organized and safe working environment• 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 successfully with 15 pounds of payload

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