MIT 
2026 MIT · EWB
MIT EWB Science & Engineering Competition
1st Place in Turkey — Individual & Team
01 / Selected Work
7 projects Featured Full-stack app · 2025
BusRoute
A Java app that optimises school-bus routes with a TSP-style solver over the Google Maps Distance Matrix API — Swing UI, MySQL, tested on real Istanbul stops.
- Java
- Google Maps API
- MySQL
- Swing
Library 02
Neural Network from Scratch
A small deep-learning library built from first principles in Python — forward/backprop, gradient checking, SGD, and regularisation — to really understand what happens under the hood.
- Python
- NumPy
- Deep Learning
Research 03
Modelling an Airsoft BB’s Trajectory
A multi-stage flight model under aerodynamic drag: an analytical closed-form ODE solution validated against a self-coded RK4 integrator to sub-millimetre accuracy over 30 m.
- Python
- Numerical Methods
- Mathematics
Research 04
Young’s Modulus via Cantilever Deflection
An experiment using the Euler–Bernoulli beam model with photographic deflection analysis and linear regression (R² = 0.998), yielding E = 206 ± 23 GPa — within 3.1% of literature.
- Experiment
- Regression
- Physics
Toolkit 05
StockPath Lab
A Python toolkit that downloads real market data, calibrates stochastic price models (GBM and regime-switching volatility), runs Monte Carlo simulations, and visualises where models hold or break.
- Python
- Monte Carlo
- Modelling
Simulation 06
Forest Fire & CO Simulator
A cellular-automata simulator modelling wildfire spread and CO emissions across wind and fuel-density scenarios — built to explain climate risk through data-driven modelling.
- Python
- Cellular Automata
- Simulation
Numerical study 07
Approximating the Perimeter of an Ellipse
Benchmarked ways to approximate an ellipse’s perimeter — the exact elliptic-integral form, Ramanujan formulas, series, and numerical methods (Simpson, trapezoid, polygon) — against an AGM-based “true” value.
- Python
- Numerical Methods
- Mathematics
02 / About
I love to build. Over my high-school years I’ve channelled that into FIRST Robotics — as Captain of the Mechanical & CAD teams and, more recently, a Youth Mentor — turning design ideas into real robots that won national and international awards.
Away from the workshop, I create personal projects that weave together my passion for maths, physics, and computer science: numerical models, simulations, and tools I can validate against real data.
Currently — mentoring FRC, and building models I can validate against real data.
03 / Contact
Let’s build
something measurable.