NTU students to send machine learning software to International Space Station
SINGAPORE – Five Nanyang Technological University (NTU) students have achieved the next best thing to being on the International Space Station (ISS) – their machine learning software is going up to the home of astronauts for three months later this year.
The students will be running the show from their laptops – testing the software, which was built to predict hardware disruptions on the ISS, satellites or other spacecraft. Such disruptions can cause these space vehicles to go off course or crash, in the worst outcomes.
Called single event upsets, these hardware disruptions tend to afflict sensitive electrical components in space, such as memory devices on semiconductors.
The disruptions happen when highly charged particles from the sun or nearby constellations strike such sensitive electronics.
Energised solar particles tend to come from sunspots and large explosions from the sun’s surface that release radiation.
“The space environment is very hostile towards electronic devices,” said Mr Eng Chong Yock, 22, a first-year student at NTU’s School of Electrical and Electronic Engineering and one of the team members who built the software, called Cremer.
The students see the predictive solution software as their contribution to protecting the trove of space experiment data that is electronically stored in the ISS. The space station is a giant orbiting lab for astronauts to regularly conduct research in areas such as human health and growing crops in space, as well as biomedical studies.
Between 2000 and 2020, astronauts conducted nearly 3,000 experiments on the ISS.
NTU team member Archit Gupta, 20, a second-year student from the School of Computer Science and Engineering, said: “The purpose of the ISS is to collect experimental data, and if (single event upsets) happen, then the sanctity of the data gets compromised and the experiment is wasted.”
Cremer was named after an existing software called Creme, which also addresses single event upsets.
Mr Gupta said: “We wanted to build a better version of it, and hence we named it Cremer.”
The NTU team is getting to test its machine learning model in the ISS after it emerged as the champion at a competition earlier this month, which called upon tertiary students in South-east Asia and Taiwan to develop innovative ways to use artificial intelligence for space applications.
The competition, called AI Space Challenge, was organised by four space tech companies – including the home-grown Zenith Intellutions, a firm that provides consultancy services for advanced satellite development and related technologies.
The other members of the NTU team are third-year business student Sim See Min, 22, third-year mechanical engineering student Deon Lim, 24, and second-year electrical and electronic engineering student Rashna Ahmed, 21.
Ms Sim, who is specialising in analytics, said the team members complemented one another well.
She said: “Archit was more familiar with coding and algorithms. Chong Yock, Rashna and Deon are more familiar with electrical engineering and physics. I helped to add value during the pitching part of the competition.”