Electrical ยท Electronics ยท Embedded ยท Bio-Engineering
R&D Electronics Engineer from Nepal building at the intersection of hardware, firmware, and intelligence โ from PocketQube satellites in orbit to IoT-controlled bio-systems on the ground.
4 PocketQube missions for low-Earth orbit.
Smart incubators, automated plants, PID control.
PCBs, antennas, firmware, and beyond.
I am a highly motivated Engineer with a strong foundation in Embedded Systems, Electronics Devices and Circuits, Computer Programming, Control Theory, and Communication Systems.
Having completed my Bachelor's at Kantipur Engineering College, I have heavily focused my skills on turning innovative ideas into practical architectures alongside technologies like Machine Intelligence and Satellite sub-systems.
BE in Electronics, Communication & Information
Kantipur Engineering College, Dhaphakhel (2021 - 2025)
Orion Space Pvt Ltd, Nepal
May 2025 - Present
Spearheading research and development in electronics for upcoming satellite deployments and ground-station infrastructure.
Hanoi, Vietnam
August 2025
Kantipur Engineering College
2021 - 2025
PocketQube Satellite
Scheduled orbital deployment focusing on Earth observation. Contributed to hardware design (4-layer PCB), Antenna Design, Subsystem Testing, Link Budget and Technical Documentation.
PocketQube Satellite
Designed for Earth observation, imaging, and bio-product carrying. Contributed to communication systems, power management, firmware development, PCB design, and board-level integration.
Remote Sensing Satellite
A satellite project aimed at imaging and remote sensing applications. Engaged in firmware development, power subsystem design, radio communication, and functional testing.
Streaming Satellite
A PocketQube satellite focused on streaming audio data from Low Earth orbit. Involved in full-cycle Electronics Development: PCB Design (4-layer), Board assembly, and Hardware validation.
IoT & Automation
Designed an IoT-enabled egg incubator using PID control for real-time regulation of temperature and humidity. Implemented on ESP32 with a real-time monitoring dashboard.
View Publication โComputer Vision
Developed an automated prototype system for industrial bottle filling and capping with visual inspection (OpenCV Canny Edge) running on a Raspberry Pi and Arduino UNO.
View Publication โ