Introduction
For as long as he can remember, Chris Keeler has been fascinated by space. Growing up in the Seattle area in the 1980s, he devoured science‑fiction novels, watched every launch he could find on television, and constantly wondered how things worked beyond Earth’s atmosphere.
“I was captivated by it,” Keeler said. “Space felt like the ultimate engineering challenge.”
In fifth grade, long before Google searches were an option, Keeler wrote a letter to NASA asking for information. Weeks later, a thick envelope arrived in the mail, filled with photographs and educational materials.
“That packet made it real,” he said. “I remember thinking, ‘People actually build these things, and I want to be one of them.’”
That early curiosity eventually led Keeler to Oregon State University, where he earned a bachelor’s degree in mechanical engineering and began a career that has placed him at the center of the U.S. space and defense industry for more than 25 years, including his current role as president of Space Solutions at Safran Defense & Space Inc.
B.S. mechanical engineering ’00
Blue Primary, Yellow Secondary
A first‑generation path to engineering
Keeler was the first in his family to attend college, and cost played a major role in his early decisions. He began at Edmonds Community College in Washington, where strong instructors helped him gain confidence in math and science — and discover engineering as a career path.
“Community college was huge for me,” he said. “I had great teachers who really cared, and it gave me a runway into engineering without putting me in debt.”
An early internship with Aerojet proved transformative. Keeler started working there the summer after his freshman year, supporting propulsion systems, and stayed with the company throughout his undergraduate education.
“That internship changed everything,” he said. “I wasn’t just studying engineering — I was doing it.”
Why Oregon State was the right choice
When it came time to transfer to a four‑year university, Keeler wanted a program that was rigorous, practical, and closely connected to industry. Oregon State stood out.
“I was looking for a place that took engineering seriously,” he said. “OSU had a reputation for producing engineers who could actually step right into the workforce and contribute.”
After visiting Corvallis and weighing electrical versus mechanical engineering, Keeler chose mechanical engineering for its flexibility and relevance to aerospace.
“Mechanical engineering gave me the broad foundation I needed,” he said. “Thermal systems, fluids, materials — those are core to spacecraft and propulsion.”
Keeler credits OSU’s demanding coursework and hands‑on capstone projects with preparing him for professional engineering work.
“It wasn’t easy, and that was the point,” he said. “OSU didn’t lower the bar. They pushed you to think, to solve problems, and to be accountable.”
Building a career in space systems
That preparation paid off immediately. After graduating, Keeler moved seamlessly into full‑time aerospace work, starting at Aerojet on hydrazine-powered propulsion systems for satellites. Soon after, he sought opportunities to work at the spacecraft level and joined Spectrum Astro in Arizona.
“That’s where I really learned how all the pieces come together,” he said. “It’s one thing to design a component — it’s another to make an entire spacecraft work.”
Over the next two decades, Keeler’s career evolved alongside the space industry itself. He held leadership roles at Orbital Sciences, Orbital ATK, Northrop Grumman, and General Dynamics Mission Systems, navigating mergers, acquisitions, and rapid technological change.
“At every stage, the industry was shifting,” he said. “You had to be adaptable, technically strong, and willing to lead through uncertainty.”
At General Dynamics, Keeler ran the company’s legacy space business, rebuilding it to meet modern mission demands. He became known for revitalizing organizations by pairing deep technical knowledge with business strategy.
“I’ve always believed that engineers make the best leaders when they understand the mission and the people,” he said.
Shaping the future at Safran
In late 2025, Keeler stepped into a new role as president of Space Solutions at Safran Defense & Space Inc., leading the company’s expanding U.S. space business from its new Space Hub in Parker, Colorado.
“What attracted me to Safran was the moment we’re in,” he said. “This is a time when space is becoming faster, more commercial, and more critical to national security.”
Keeler oversees programs in propulsion, onboard communications, space domain awareness, and ground systems, with a focus on small‑satellite manufacturing and resilient architectures.
“The future isn’t a handful of massive satellites,” he said. “It’s networks — systems that can adapt, recover, and evolve.”
For students considering engineering today, Keeler points back to his own experience at Oregon State.
“OSU gave me the fundamentals, the discipline, and the confidence to walk into my first job ready,” he said. “If you want to work on hard problems that matter, it’s a great place to start.”
