Evan Suroteguh
Evan Suroteguh
Designing purposeful products, engineered from the ground up.
Designing purposeful products, engineered from the ground up.
Currently leading design at upside, previously an engineer at United Airlines, Korry Electronics, and UWashington Formula Motorsports.
Currently leading design at upside, previously an engineer at United Airlines, Korry Electronics, and UWashington Formula Motorsports.
2026
MECHANICAL ENGINEERING @ THE UNIVERSITY OF WASHINGTON
PORTFOLIO
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Selected Works
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Selected Works
Selected Works
(01)
upside
Founding designer and developer, Designed web app that makes advanced draft analytics accessible by breaking down ESPN projections into tangible stats users can build their own predictions from.
Upside · Founder, Personal Project
January 2026
(01)
upside
Founding designer and developer, Designed web app that makes advanced draft analytics accessible by breaking down ESPN projections into tangible stats users can build their own predictions from.
Upside · Founder, Personal Project
January 2026
upside
Founding designer and developer, Designed web app that makes advanced draft analytics accessible by breaking down ESPN projections into tangible stats users can build their own predictions from.
Upside · Founder, Personal Project
January 2026
(02)
FSAE—Livery Design and Branding
Designed and delivered the FSAE vehicle livery while coordinating branding, sponsorship alignment, and production rollout for UWashington Formula's 2025 racecar (T36).
UWashington Formula · Designer
March 2025
(02)
FSAE—Livery Design and Branding
Designed and delivered the FSAE vehicle livery while coordinating branding, sponsorship alignment, and production rollout for UWashington Formula's 2025 racecar (T36).
UWashington Formula · Designer
March 2025
FSAE—Livery Design and Branding
Designed and delivered the FSAE vehicle livery while coordinating branding, sponsorship alignment, and production rollout for UWashington Formula's 2025 racecar (T36).
UWashington Formula · Designer
March 2025
(03)
FSAE—Rear Diffuser & Sidepods
Drove implementation of an engine latch indication system across 60+ 737MAX aircraft, improving visibility in low-light conditions. Aligned 4+ teams and authored engineering documentation to support rollout.
UWashington Formula · Aerodynamicist
January 2026
(03)
FSAE—Rear Diffuser & Sidepods
Drove implementation of an engine latch indication system across 60+ 737MAX aircraft, improving visibility in low-light conditions. Aligned 4+ teams and authored engineering documentation to support rollout.
UWashington Formula · Aerodynamicist
January 2026
FSAE—Rear Diffuser & Sidepods
Drove implementation of an engine latch indication system across 60+ 737MAX aircraft, improving visibility in low-light conditions. Aligned 4+ teams and authored engineering documentation to support rollout.
UWashington Formula · Aerodynamicist
January 2026
(04)
737MAX—Fan Cowl Latch Modification
Authored engineering documentation to instruct the installation of 737MAX Latch Indication System on existing fleet, effective on over 60 aircraft.
United Airlines · Internship
July 2025
(04)
737MAX—Fan Cowl Latch Modification
Authored engineering documentation to instruct the installation of 737MAX Latch Indication System on existing fleet, effective on over 60 aircraft.
United Airlines · Internship
July 2025
737MAX—Fan Cowl Latch Modification
Authored engineering documentation to instruct the installation of 737MAX Latch Indication System on existing fleet, effective on over 60 aircraft.
United Airlines · Internship
July 2025
(05)
FSAE—Topology Optimized Bellcrank Assembly
Designed the bellcrank assembly using topology optimization inspired design for the UWashington Formula Motorsports 2025 racecar, transferring up to 4500N of the vertical motion of the wheels into dampers.
UWashington Formula · Suspension Engineer
May 2025
(05)
FSAE—Topology Optimized Bellcrank Assembly
Designed the bellcrank assembly using topology optimization inspired design for the UWashington Formula Motorsports 2025 racecar, transferring up to 4500N of the vertical motion of the wheels into dampers.
UWashington Formula · Suspension Engineer
May 2025
FSAE—Topology Optimized Bellcrank Assembly
Designed the bellcrank assembly using topology optimization inspired design for the UWashington Formula Motorsports 2025 racecar, transferring up to 4500N of the vertical motion of the wheels into dampers.
UWashington Formula · Suspension Engineer
May 2025
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More Projects
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More Projects
More Projects
(02)
EV Conversion Project
Custom Racing Simulator
FSAE—Forged Carbon Fiber Testing
FSAE—Wheel Centers
T35—Bellcrank Assembly
Aircraft Toggle Switch Testing Camshaft
EV Conversion Project
FSAE—Wheel Centers
Custom Racing Simulator
T35—Bellcrank Assembly
FSAE—Forged Carbon Fiber Testing
Aircraft Toggle Switch Testing Camshaft
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Contact
Thanks for visiting,
let's create something.
+
Contact
Thanks for visiting,
let's create something.
+
Contact
Thanks for visiting,
let's create something.