Designed and assembled a main payload printed circuit board (PCB) powered by an STM32 microcontroller using Altium Designer, and solder stencil & reflow oven to ensure system integration and flight readiness.
Redesigned the entire board stack for current and future missions on a system design level for improved efficiency, modularity, and reusability of PCB designs.
Developed and implemented C++ drivers for barometer integrated circuits (ICs), enabling precise altitude, temperature, and pressure readings during flight missions.
Co-Led onboarding and training sessions for new members on embedded systems, software tools, SolidWorks, GitHub, and Altium, improving team expertise.
Wrote systems engineering documents for various global and local payload systems within the rocket, working on system design diagrams, board stack diagrams, PCB pinouts, and design justification on a central payload documentation system.

Developed firmware, documented payloads, and worked on integrating primary payload, playing an important role in satellite development, contributing to CalgarytoSpace's CubeSatellite launch scheduled for Q3 2025.
Developed testing functions for satellite subsystems in C, ensuring error free software and validation of hardware components.
Soldered a dust sensor with a seven-segment display for cleanroom operations, now actively monitoring particulate matter levels in ppm within the team’s flow table.
Conducted preliminary research into LoRaWAN and LoRa system specifications, assessing viability of approved frequencies for satellite communication across EU and NA.

Created Satellite Tracker based on TLE data from NASA

Created Front end for a complete event booking website with React

Completely simulated firmware for self checkout system in Java

Made an app where the user enters sender email, title, and email body to get a confidence rating from AI about the likelihood of it being a phishing/scam email.