I build at the intersection of silicon photonics, optical wireless systems (LiFi), autonomous avionics, and embedded engineering.

• Quantum Photonics & Linear Optics: Compiling quantum circuits to physical Mach-Zehnder meshes, thermal cross-talk matrix inversion ($K^{-1}$), and 220nm cleanroom noise modeling.
• Laser & Optical Communications (Li-Fi): Modeling free-space optical (FSO) networks, Digital Micromirror Device (DMD) beam steering, and high-bandwidth optical transmission.
• Avionics & Robotics: Designing and tuning autonomous multirotors using Pixhawk and ArduPilot stacks.
• Embedded Systems & Edge Vision: Deploying computer vision pipelines on resource-constrained compute (Raspberry Pi and microcontrollers).

Photonics & Quantum	Languages & Computing
Avionics & Hardware	Tools & Development

Full-Stack Silicon Photonic Quantum Computing & Compiler Suite

• Compiles standard OpenQASM circuits into balanced Clements Mach-Zehnder meshes with 3D Quantum State Tomography (Re[ρ]).
• Inverts inter-heater thermal diffusion ($K^{-1}$), eliminating 18% thermal bleeding to restore state fidelity to 100%.
• Reproduces landmark Carolan et al. Science (2015) 6-mode silicon chip benchmarks within 0.05% fidelity.
• Silicon Photonics • OpenQASM • Clements SU(N) • MATLAB / Simulink • Python • GDSII CAD

Laser-Based Indoor LiFi Network with DMD Beam Steering

• Modeled and simulated indoor high-bandwidth Free-Space Optical Communications (FSO / LiFi).
• Coupled COMSOL Multiphysics for Digital Micromirror Device (DMD) optical beam steering with OptiSystem transmission metrics.
• Optical Wireless • Laser LiFi • COMSOL • OptiSystem • MATLAB • Beam Steering

Autonomous Multirotor with Companion Edge Computer Vision

• Built F450 quadcopter platform integrated with Pixhawk flight controller, GPS lock, and LiPo power distribution.
• Deployed onboard real-time OpenCV detection running on a companion Raspberry Pi interfaced over MAVLink.
• Pixhawk • ArduPilot • Raspberry Pi • OpenCV • Python • MAVLink