The tree features a metal column and 5-foot diameter disks, with each disk holding six “leaves.” If widely deployed, many of these trees could have a positive impact on our planet by mitigating the carbon dioxide in the atmosphere. It’s a first-of-its-kind mechanical tree, primed to become a major technology in the global fight against climate change.
Nestled among the sun-lit trees on the east side of Arizona State University’s Tempe campus is a different kind of tree. When it comes to the relationship between his time at the lab and his new job, Adkins’ message is clear: “I got this job because of the opportunities I had at the lab.”ĪpCarbon Collect’s MechanicalTree, based on the research of ASU engineer Klaus Lackner, will collect carbon from the atmosphere and help fight climate change Part of the interview process was a presentation made to a panel, during which he talked about his work at the Interplanetary Initiative Lab. "They talk about moving heavy industries into space, and I think it’s really cool to be part of the team that’s working towards that.” “I’m really excited to be part of Blue Origin," Adkins said. The work he’ll be doing mirrors the work he’s doing for his thesis, which is doing a thermal analysis of the DORA CubeSat. Soon, he’ll move on to Blue Origin, where he’ll work on projects like Orbital Reef, a NASA project whose academic sector ASU's Interplanetary Initiative is leading. That helps him better address the needs of the customer because he knows what issues they might face and can avoid them. What he appreciates about the work he’s doing at the lab is that he sees every stage of the project, from concept to testing, all at a quick pace. "Every time I network with industry professionals, the response I get is that I’m already doing the work that a real-world full-time job would ask you to do as a thermal engineer.” “The lab job is like a real job," Adkins said. He quickly became an indispensable part of the team and participated in projects for industry leaders like the ExoCam project, which he and other lifeguards worked on for NASA. He knew he wanted to work in aerospace after graduation, so the position as a “lifeguard” at the Interplanetary Initiative Lab (so-called because of their essential role in managing the lab) was a perfect fit.
#Blue origin jobs full
Download Full ImageĪdkins will become a thermal analysis and management engineer for the Advanced Development Program at aerospace company Blue Origin.Īdkins began his grad program in 2020, and soon after started looking for a student job in an on-campus lab. After graduating with his master's in mechanical engineering this semester, ASU student Matthew Adkins will join aerospace company Blue Origin as a thermal analysis and management engineer. When Interplanetary Initiative Lab student worker Matthew Adkins graduates from Arizona State University with his master's in mechanical engineering this semester, he’s moving on to an engineer’s dream job.
Editor's note: This story is part of a series of profiles of notable spring 2022 graduates.
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