- Conducted comprehensive reviews of satellite systems, encompassing analysis of power, communication, and structural components to optimize performance and reliability.- Evaluated and reviewed satellite vendors' technical solutions and cost proposals, ensuring alignment with project requirements and budgetary constraints.- Led an API project for a vessel detection application, demonstrating expertise in Python programming, SQL databases, and front-end development.- Performed orbital analysis for satellites in LEO orbit using STK software to ensure mission success.

- Managed an engineering team for IoT picosatellite development project- Performed PCB design, verification, and assembly of on-board satellite bus system such as communication & payload system, on-board computer, electrical power system, and antenna system- Performed thermal vacuum test and vibration test at Malaysia Space Agency (MYSA).- Performed testing and verification of IoT transceiver for spread spectrum, GFSK, and OOK modulation application- Performed simulation of the satellite and ground station antenna design- Performed link budget calculation and verification for ITU API application- Performed electromagnetic compability (EMC) test for antenna developed- 1st place winner for the MY Startup Hackathon X Digital Nasional program on the idea of "NB-IoT for Picosatellite Platform"

- Designed a nanosatellite operation system for low earth orbit (LEO) application- Modelling and simulation of the system design to fit with the on-board bus system and mission payload- Responsible for procurement and verification of various electronics components to fit the the nanosatellite application