Projects

Caerula (Fall 2025) is a Stochastic Monte Carlo Ray Tracing system for simulating ocean optical sensors. Built in Rust for performance, it includes Python bindings for analysis. ...

The Marine Optical Sensor System (MOSS) is a low-cost sensor for detecting chlorophyll-a via spectral analysis, developed for my Capstone at NYU Abu Dhabi. ...

During Spring 2025 I designed & manufactured a variable frequency WPT board. ...

During Fall 2024 in New York I developed a voltage buffer PCB with NYU’s IDM lab. ...

At SLT, I developed firmware for an Industrial IoT board that used LTE and WiFi communication, focusing on seamless MQTT protocol switching and ensuring easy configuration for future developers and contractors. ...

At SLT, I worked on developing a system to generate synthetic images for training Automatic Number Plate Recognition (ANPR) systems using Blender and Python. ...

RoCat v1.1 is a 6-layer, 54mm x 80mm flight computer designed for use in high-powered rockets like the HALOSHIP rocket in the SpacePort America Cup. The system’s primary goals include recording sensor data, communicating with a ground station, and providing GPS-based recovery capabilities, among other essential functions for rocket deployment and control. ...

While I was part of the nyuad.space team, I had the opportunity to work on HALOSHIP, a high-powered amateur rocket. ...

While at nyuad.space, I worked on a Hold Down and Release Mechanism (HDRM) in collaboration with NASA JPL’s University Crowdsourcing Initiative (JUCI). This project focused on creating a mechanically and electrically redundant system for small satellite payloads. The design emphasized reliability and reusability for pre-flight testing and deployment. ...