Today’s in-flight issue solvers tend to be more “Geeks on Call” than “Right Stuff,” thanks to a revolution in spaceship technology.
The robot was whirling around in space. Trevor Bennett’s feisty space start-up appeared to have a disastrous first trip. However, Bennett, a co-founder of Starfish Space, and his group began calculating.
They spent weeks sketching out algorithms on whiteboards, testing hardware, and running computer simulations before coming up with a solution: they could decrease the satellite’s spin by reprogramming the satellite to produce a magnetic current that would press against the Earth’s magnetosphere.
In the hopes that it would work, they sent the software update from Starfish headquarters in Seattle to a ground station in Norway and then to the spaceship 335 miles above Earth early one morning in July of last year.
The astronauts of the past, like as John Glenn, Neil Armstrong, and Alan Shepard, were considered “Right Stuff” individuals with military backgrounds and were considered the stars of the Space Age. These days, the space economy is driven by computer scientists and software developers working behind their laptops.
A revolution in satellite technology has resulted in more capable and smaller spacecraft, self-flying capsules, and autonomous rockets that can reach orbit, perform a U-turn, and land precisely to resume their flight. Although computer specialists and ground engineers have always been crucial to spaceflight, their job has become even more significant in the modern day since software upgrades are sent to spacecraft on a regular basis, much like updates to iPhones.
“Software engineers are crucial,” stated Abhi Tripathi, a former senior leader at SpaceX and head of mission operations for the Space Sciences Laboratory at the University of California, Berkeley. “Today’s spacecraft ought to be a spacecraft encircled by really good software.”
