About Me
Hands-on Mechanical Engineering student with real-world experience in design, analysis, & prototyping. Completed an electric skateboard project from concept to functional prototype, leveraging expertise in key tools like CAD, 3D Printing, Design for Manufacturability, Control Systems Programming (C++) & Data Analysis in MATLAB, seeking to enhance my skills at a Co – op/internship.
Technical Skills
-
CAD & Simulation: Siemens NX, Creo, Fusion 360 (CAM).
-
Programming & Analysis: MATLAB (Data Analysis), C++ (Control Systems).
-
Manufacturing: Mill & Lathe Operation (Including CNC), 3D Printing, Laser Cutting.
Education
August 2023 - May 2027
Bachelor, Mechanical Engineering
Purdue University
(Indiana, USA)
Key Subjects:
May 2021 - July 2023
IB Diploma Programme
NPS International School (Singapore)
Key subject selections are Chemistry, Physics (HL), Mathematics, Analysis &Approaches (HL), English Language & Literature, French & History (HL). Scored a 42/45.
Experience
August 2025 - Date
Peer Mentor
Bechtel Innovation and Design Center
May 2025 - August 2025
Peer Mentor
Purdue University, Mechanical Engineering Machine Shop
August 2024 - December 2024
Teaching Assistant
Purdue University, Statics
-
Instructed students in CAD/CAM workflows, CNC gantry operations & 3D printing for rapid production of complex parts.
-
Consulted with student teams & organizations on project designs, providing advice on manufacturability & optimizing machining efficiency.
-
Mentored users in developing precise machining plans, including selecting cutting tools, feeds, & speeds for efficient production.
-
Graded & provided feedback on assignments, quizzes & exams for a class of over 100 students.
-
Hosted weekly office hours to explain complex statics concepts, improving student comprehension & problem-solving skills.
Development Roadmap
Note: Jan 2026 onwards are plans as of November 2025.
Project Videos
Electric Skateboard :
-
Designed & built a 16s6p battery; Delivered 200 amps at 67V, focusing on safety & reliability.
-
Integrated pressure sensors to estimate the force applied by each foot to calculate the tipping state of the rider.
-
CNC-milled aluminium housing for pressure sensors to better distribute load.
-
Designed an Arduino circuit & C++ program controller to automatically adjust the PWM throttle signal based on the rider’s tipping state, allowing power to be reduced momentarily if the rider begins to tip off the back of the board; reduced the 5-run average 0-25mph time from 2.93 sec to 2.38 sec.
-
Created testing procedures for sensor calibration & calibration validation.
Remote Control Car :
-
XXX
-
XXX
-
XXX
Motorbike Repair :
-
XXX
-
XXX
-
XXX