Fuyu S. Email & Phone Number

Singapore

Singapore

• Managed other functionality under driveline section such as steering, brakes and pneumatics
• Reduced conflict by facilitating smooth communication between chief engineer and project members
• Liaised with suppliers to ensure driveline/suspension components meet specifications and arrive on time to prepare for integration
• Integrated driveline components for Singapore Airshow 2024 display

Singapore

• Resolved any ad-hoc issues encountered during production or operation
• Reviewed design changes from suppliers to ensure no compromise to functionality and compatibility
• Conducted final acceptance checks before passing out vehicle to customers to uphold quality

• Designed and integrated driveline/suspension components in 12 months
• Shortened man-hours required by 20% by selecting more maintainable components
• Increased driveability for Terrex S5 compared to older Terrex models

• Monitored in-line parameters to safeguard product quality and preserve yield
• Improved yield by 0.8% and reduced krypton usage through recipe development

• Designed, manufactured and assembled final combustion engine race car for Formula SAE competition held in Michigan, USA in 2020-2021 season
• Pioneered Singapore’s first electric race car in 2021-2022 season
• Managed Aerodynamics Department to ensure departmental goals were met
• Studied and optimised Computational Fluids Dynamics simulations on Simcenter Star-CCM+, resulting in a 40% reduction in computational time without compromising accuracy
• Optimised rear wing design to reduce materials needed by 20%
• Streamlined manufacturing of aerodynamic devices, cutting down manufacturing time by 30%

• In charge of designing a rear jack-bar for the R20 FSAE race car
• Performed structural FEA to ensure that a Factor-of-Safety of 2 was met
• Assisted seniors in the manufacturing of the R20 FSAE race car
• Was one of 11 selected to join the NUS FSAE main team out of over 40 applicants

• Mentored over 40 students in the basics of using Solidworks 2020
• Graded students’ work and provided personalised feedback

• Utilised hot-wire anemometry to determine the thickness of boundary layer over a cavity
• Utilised pressure scanners to determine pressure inside a cavity
• Assisted in the design and set-up of experiments, eventually reducing the noise generated by cavity flow using sweeping jet actuators

Bachelor Of Engineering - Be, Mechanical Engineering, 4.80

Specialisation in Aeronautical Engineering 2nd Major in Innovation and Design Year 2 Semester 1 Dean's List Year 2 Semester 2 Dean's List.

Singapore-Cambridge Gce 'A' Levels