JPL’s role in The Martian by Mark Watney is in the novel and film. Technology from NASA’s Jet Propulsion Laboratory in Pasadena, California, plays an essential role in Watney’s castaway adventure. The story captures JPL engineers, who dive headlong into the challenge of communicating with NASA astronaut stranded on Mars. Additionally, the astronauts launched supplies to help keep him alive. JPL’s celebrated ingenuity is on display when a navigator comes up with the solution of bringing the entire crew home. Since the beginning of the Space Age, JPL has been the world leader in deep space navigation. JPL’s role in The Martian by Mark Watney is because of director Bruce who comes from a technical background.
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NASA TECH HEADED TO MARS TO HELP NASA ASTRONAUT STRANDED ON MARS
JPL’s role in The Martian by Mark Watney shows how much of the technology exists today. In the science fiction film, Mark is stranded by himself, and presumed dead, on the Red Planet. Watney must figure a way to survive, and somehow alert NASA that he is still alive. The alert will ensure a rescue team is mounted. Fortunately, NASA astronaut stranded on Mars is an engineer and knows how to adapt technology to fit his needs. Additionally, NASA tries to improve the filtration system so that astronauts will need fewer spare parts from Earth. The oxygenator is another JPL’s role in The Martian by Mark Watney.
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JPL’S ROLE IN THE MARTIAN AND WAYS MARK WATNEY USES SCIENCE TO SURVIVE IN SPACE
JPL’s role in The Martian by Mark Watney is also scientific concepts. In the scene, dust storm breaks off a communications antenna, and part of it gets lodged in Watney’s body. Blinded by the storm, Watney’s crew believes he died and escapes without him. Watney uses a pair of medical pliers to pull out the antenna piece lodged in his torso. The NASA astronaut stranded on Mars then staples the wound closed like a professional surgeon. After starving off immediate death, he turns to grow four years’ worth of food. Additionally, he calculates calories he’ll need each day and how much food he needs to grow. The calculation’s basis is a bin of potatoes NASA sent with the mission. Mark Watney uses chemistry to make water from rocket fuel.
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