Our Space Tech division brings the same spirit of innovation to the final frontier by developing robust, mission-critical hardware and software tailored for space exploration. From modular CubeSat platforms and custom sensor arrays to intelligent system architectures built for extreme environments, we apply thoughtful design principles to deliver solutions that thrive in orbit. Through stringent testing protocols and advanced telemetry integration, we empower agencies and researchers to focus on discovery, confident in the reliability of our cutting-edge technology.
Our mCUBE-1 represents the forefront of our space innovation. This CubeSat module is engineered for versatility and resilience, offering compact, efficient solutions for satellite operations and space research.
Designed for precision in extreme conditions, our cryogenic level sensor delivers accurate measurements vital for maintaining safety and performance in critical space applications.
A multilayer planar inductor based proximity sensor operating at 4.2K
interdigitated capacitive structure designed to detect changes in the dielectric properties of deionized (DI) water.
Multilayer planar inductor array based angular position sensor for cryogenic Application
Sensor Housing and Crucible Introduction Mechanism Prototypes project for the Wet Chemistry Lab (WCL)