projects
railgun projectile exit velocity
This project focused on the high-fidelity characterization of Lorentz force dynamics within a custom-engineered railgun assembly. By performing an in-depth analysis of magnetic flux density (B-field) distributions, I mapped the critical electromagnetic interactions required to baseline projectile acceleration.
tension and angles: analyzing force relationships
Structural derivation and empirical validation of tension-force equations within a static equilibrium system. Leveraging trigonometric vector decomposition, I developed a mathematical framework to resolve internal string tensions as a functional consequence of gravitational loading.
sudoku solver
I engineered a high-speed Java solver that resolves Sudoku boards as complex constraint-satisfaction problems. Using optimized recursive backtracking and search-tree pruning, the engine navigates 9×9 matrices with near-zero latency.
the simplest radar money could buy
An Arduino-based radar utilizing ultrasonic time-of-flight (ToF) calculations to map proximity. By synthesizing atmospheric acoustic constants (0.034 cm/µs) with pulse timing, the system executes real-time distance tracking through an LED feedback array.
defimo - decentralized finance monitor
A high-performance monitoring engine designed to filter high-frequency trading noise. By isolating genuine human intent within the order book using custom algebraic filters, DeFimo identifies real-time liquidity demand and supply across multiple protocols.