Two Arizona State University engineering students with stars in their eyes spent the summer living the ultimate space lover’s dream: an internship at NASA’s Jet Propulsion Laboratory.
They built parts that will fly to Mars, glimpsed the goals and tech of tomorrow’s missions, celebrated the 40th anniversary of the Voyager mission, and viewed the solar eclipse from the Pasadena, California, campus with thousands of others working to take humanity into the solar system.
“It’s an amazing place,” said Nathan Barba, a senior majoring in mechanical engineering and a guest blogger for the Planetary Society. “It’s unlike anywhere I’ve worked.”
Barba and Robert “RJ” Amzler, a senior majoring in aerospace engineering, spent months at the birthplace of NASA. JPL is the leading U.S. center for robotic exploration of the solar system, with 19 spacecraft and 10 major instruments carrying out planetary, Earth science and space-based astronomy missions.
Amzler worked on engineering the bit carousel subsystem for the Mars 2020 Rover, which moves samples in and out of the rover. Interns normally don’t work on flight design.
“I spent two weeks designing a half-inch hole,” he said. “It’s crazy the amount of thought that goes into everything.”
Even though Amzler hasn’t finished earning his bachelor’s degree, he has now worked on four missions that will fly: two in low-Earth orbit, one to the moon and one to Mars.
The Mars 2020 Rover is heavily based on the Curiosity Rover. In space engineering terms, it has heritage. NASA likes systems that have been into space — “flown” — and proved themselves.
“I attended a two-hour-long lecture on ‘don’t change anything,’ ” Amzler said.
One thing that surprised Amzler was how much everything costs. A small ball bearing that might cost $10 can cost a few thousand dollars because it has to survive the vacuum of space, Martian dust and hundreds of other hazards. It also absolutely cannot fail.
“I knew what I was doing was going to Mars,” Amzler said.
JPL’s campus is extremely casual. The interns were the most formally dressed people there.
“It’s a lot more like a campus than I thought it would be,” Amzler said. “It had an almost Silicon Valley feel.”
A lot of people were working on the Europa mission. The mission is being planned for launch in the 2020s, arriving in the Jupiter system after a journey of several years to investigate the habitability of Jupiter’s icy moon Europa.
“Whether you’re developing a mission depends on how stressed you are,” Amzler said. The engineers were driven. Software coders worked longer hours but were more casual about it.
The atmosphere was inspiring, both students said. History is around every corner.
“It was cool being in the same place as all this historic stuff,” Amzler said.
Barba has always wanted to work at JPL. He didn’t know anyone there, but he drove over and attended its open house every summer and networked. He met his mentor, who sponsored his 14-week internship this year.
Barba got to sample a lot. “I got the wide breadth,” he said.
Much of what he worked on could not be disclosed. He worked in mission formulation, JPL’s wish list for future missions.
“I was kind of a fly on the wall,” he said.
He spent two days at a rapid version of the same thing. He worked on concepts that have no heritage, like a lander for an ocean planet. He helped engineer a sample collecting subsystem called an adaptive caching assembly. He worked on the science for a future mission. He also engineered parts on the Mars helicopter, which, again, he couldn’t discuss in detail, other than to say it’s exactly what it sounds like.
He jumped from project to project throughout the day. His mentor mapped out his workflow and meetings to maximize success.
The best part for Barba? He may become a permanent fixture on the JPL campus.
“I think so,” he said. “I had nine interviews.” They threw oddball engineering questions at him like how many Ping-Pong balls can fit in a 747.
His dream job? “Being on a team that discovers life on another planet.”
Barba’s advice to anyone working is to get a good mentor and to find out what the metrics are for success, then hit those marks.
It’s easy to get star-struck at a place like JPL, so stay focused on execution, “but don’t forget to take it all in and live in the moment,” Barba said.
-
Nathan Barba (left), an ASU senior majoring in mechanical engineering, watches the solar eclipse on the Jet Propulsion Laboratory's campus in Pasadena, California, with his mentor Art Chmielewski.
Photo courtesy of Nathan Barba
-
Robert “RJ” Amzler (right), an ASU senior majoring in aerospace engineering, poses in front of JPL's sign with fellow intern Erik Langert, a graduate student at Binghamton University-SUNY whom Amzler grew up with on Long Island, New York.
Photo courtesy of Robert Amzler
-
ASU engineering student Nathan Barba (left) and fellow intern Niko Romer listen to Michael Malaska in JPL's Ocean Worlds Lab.
Photo courtesy of Nathan Barba
-
The exterior of the Mechanical Design Center, one of several places ASU student Robert Amzler worked at over the summer at JPL.
Photo courtesy of Robert Amzler
-
Much of what ASU student Nathan Barba worked on in mission formulation at the JPL campus could not be disclosed. Barba, who has attended JPL's open house summer to network, hopes to become a permanent fixture there.
Photo courtesy of Nathan Barba
-
A mockup of the Curiosity rover, which is already on Mars, stands in an area of JPL called the Mars Yard. The Mars 2020 Rover is heavily based on the Curiosity Rover. Robert Amzler worked on engineering the bit carousel subsystem for the Mars 2020 Rover, which moves samples in and out of the rover.
Photo courtesy of Robert Amzler
Top photo courtesy of Nathan Barba
More Science and technology
Podcast explores the future in a rapidly evolving world
What will it mean to be human in the future? Who owns data and who owns us? Can machines think?These are some of the questions pondered on a newly launched podcast titled “Modem Futura.” Co-…
New NIH-funded program will train ASU students for the future of AI-powered medicine
The medical sector is increasingly exploring the use of artificial intelligence, or AI, to make health care more affordable and to improve patient outcomes, but new programs are needed to train…
Cosmic clues: Metal-poor regions unveil potential method for galaxy growth
For decades, astronomers have analyzed data from space and ground telescopes to learn more about galaxies in the universe. Understanding how galaxies behave in metal-poor regions could play a crucial…