Every tenth of a second on a Formula 1 car was engineered by someone.
F1 is the one place where a textbook equation turns into a lap time, and where the difference between good and great is measured in thousandths. That's the room I'm training to walk into.
I'm a mechanical engineering student at NUST CEME. I also write software, because code and machining share the same discipline: tolerances, loads, failure modes, and no room for anything that doesn't earn its place.
DRIVER Waleed Ahmed
CHASSIS Mechanical Engineering, NUST CEME
POWER UNIT Mathematics · Physics · Code
TARGET Formula 1
STATUS In the garage, building the car
Currently studying: Calculus · Mechanics · Engineering Physics · Computer Science
Tools:
| Score247 | A cricket scoring app for Android, written in Kotlin. |
| Status | Completed. Live on Github now. |
| Idea | Fast to use mid-match, precise where it counts. |
| Sector | Focus | Status |
|---|---|---|
| S1 Foundations | Calculus, mechanics, engineering physics | 🟢 In progress |
| S2 Build | CAD, vehicle dynamics, aerodynamics basics, hands-on projects | ⚪ Next |
| S3 Race | Engineering role inside a Formula 1 team | 🔴 Target |
- Precision over decoration. If a part doesn't earn its weight, it comes off the car.
- Chassis first, paint last. Solid fundamentals make everything above them fast.
- Data beats opinion. Test it, measure it, then argue about it.