Reliance apprentices shortlisted to compete for Nanosat Challenge Fund

Reliance Precision is delighted that its third- and fourth-year apprentices have been chosen to compete for part of a £600,000 Challenge Fund in LaunchUK’s Nanosat Design Competition. The competition challenges young people to design a nanosat (a small satellite with a mass of between 1 kg and 10 kg) capable of being sent into space to support the UK’s climate change and decarbonisation efforts.

From 2022, small satellites will be launched from spaceports in the UK and the competition is designed to inspire a pipeline of young people to be involved in this industry.

In order to progress to the second phase of the competition, nine Reliance apprentices submitted their application with the help of technical director, Tom Worsley. In their application, they outlined their proposal: to create a nanosat that uses hyperspectral imaging to monitor seaweed found off the coast of the UK.

Their entry is based upon the idea that seaweed is fast growing and able to trap and store carbon dioxide. Named NORI (Nanosat Ocean Research Instrument), their nanosat mission will provide useful data to monitor the extent of seaweed growth and to calculate just how effective seaweed is at removing carbon dioxide from the atmosphere.

The apprentices taking part in the competition have completed the first two years of their apprenticeship and have begun focusing on one particular area of engineering to further develop their skills. Team NORI is therefore multi-talented, with team members specialising in design, manufacture and assembly as well as inspection and test.

Charles Mukoyi, space assembly engineer, said: “We’re all really looking forward to putting our problem-solving skills to the test and working on our proposal as a team – Team NORI. We’ve already attended some of the seminars on offer and we’ve been matched with our space industry mentors who will help us throughout the competition. We are also fortunate that, given Reliance’s experience in producing components and sub-assemblies for space applications, we can go to many of our colleagues for advice.

“For us as apprentices; this is a real opportunity for us to progress our careers, and to prove to the world what we are capable of achieving. Nothing is impossible, the sky is never the limit.”