In-Space Propulsion Group
The focus of the In-Space Propulsion Group is to perform research aimed at developing
innovative in-space propulsion systems utilizing cutting-edge technologies and manufacturing
techniques that meets the needs of the new Space era of small satellite. These require
reliable efficient low cost, low mass, low volume and low power consumption propulsion
systems that enable the satellite to perform orbital transfer and adjustment manoeuvre,
orbital station keeping, fly-wheel energy dumping, and end-of-life deorbit.
High engineering tools and techniques are used to develop the in-space propulsion systems. Utilizing 4th industrial revolution technologies such as additive manufacturing and 3D printing and machine learning techniques for the manufacturing components of the engines. Embracing 3D printing technologies to create in-space propulsion components leading to enhanced design and performance at a lower cost and with faster turnaround times. The NSSTC utilize varying types of 3D printing techniques based on powder bed, and powder nozzle technologies.
The laboratory incorporates latest heat treatment techniques to achieve robust results of hardening and softening of the processed components. In addition to the newest machining solutions for Die and Moulding techniques.
An advanced post manufacturing techniques are adopted such as multi-stage ultrasonic cleaners, and blasting machinery for the additive manufacturing of the developed components, ensuring highest and finniest quality of products. Moreover, the propulsion laboratory also utilizes high precision scanners to assess the quality assurance and the precision of the final product.