Marine Veteran Turns NASA Intern, Builds Space Industry Tools
A former U.S. Marine Corps mechanic is now working inside one of NASA’s most forward-looking engineering divisions, developing tools that track the fast-growing field of building and repairing spacecraft in orbit rather than discarding them after launch.
Jaden Caradine, a Pathways intern at NASA’s Langley Research Center in Hampton, Virginia, spent five years in the Marine Corps, four of them stationed in Japan, before enrolling at Embry-Riddle Aeronautical University to study aerospace engineering. He now works within Langley’s Systems Analysis and Concepts Directorate, supporting a team focused on in-space servicing, assembly, and manufacturing, an emerging discipline often abbreviated as ISAM that aims to extend the life of satellites and reduce orbital debris by maintaining hardware in space instead of replacing it.
According to NASA, Caradine’s primary project this summer involved contributing to the agency’s “State of Play” document, a comprehensive survey that consolidates ISAM activity across government agencies, academic institutions, and private industry into a single reference. Dale Arney, an aerospace engineer who mentors Caradine, said the intern also built an automated tool that scrapes aerospace news from across the internet, organizes relevant developments into structured tables, and generates readable summaries on a recurring schedule, a system designed to speed up future updates to the report.
Caradine’s path to aerospace engineering began with exposure to satellite launch concepts that use spinning magnetic systems to release small payloads into orbit while recovering energy in the process. That discovery, made while researching emerging aerospace companies, led him to pursue aerospace engineering formally and to attend industry conferences, including gatherings at Kennedy Space Center and in Orlando, long before he was eligible to apply for internships. He said he prioritized public agency work over private industry because of NASA’s mission to lower technical barriers that commercial companies cannot yet clear on their own.
The ISAM field Caradine now supports has drawn increasing attention across the aerospace sector in recent years as satellite operators and government agencies look for ways to reduce launch costs and manage the growing volume of hardware in orbit. Instead of building single-use spacecraft that are abandoned once fuel runs out or components fail, engineers are exploring robotic servicing missions, in-orbit assembly of large structures, and even manufacturing techniques that could produce components in microgravity. Proponents argue the approach could extend satellite lifespans, lower the cost of maintaining orbital infrastructure, and reduce the amount of debris accumulating in commonly used orbital paths.
Government tracking documents like NASA’s State of Play report have become a reference point for companies and researchers trying to understand where investment and technical progress are concentrated within the ISAM sector. As commercial space activity accelerates, agencies have leaned on internship pipelines such as Pathways to bring in early-career engineers who can help maintain these resources while gaining direct exposure to mission-support work, a model that also serves as a recruitment pathway into full-time civil service roles at NASA centers.
NASA highlighted Caradine’s background as part of a broader effort to showcase employees who arrived at the agency through nontraditional routes, including military service. Officials at Langley noted that his automated news-tracking tool is expected to remain in use for future editions of the ISAM survey, reducing the manual workload required to keep the document current as the sector continues to expand.
This news is based on information from NASA’s official release detailing Caradine’s career path and internship work.
