For Stephanie Anderson, the work happens in the urgent, high-stakes environment of Mission Control. As the Payload Operations Lead, Anderson has spent over 10 years on the International Space Station (ISS) program, commanding the team responsible for ensuring the successful execution of science experiments and research facilities orbiting 250 miles above Earth.
Her job is centered on supporting NASA-sponsored payload facilities on board the space station, meaning she and her team must guarantee these facilities function properly. When malfunctions or unexpected issues arise, they are the rapid-response team, helping diagnose the problem and get it fixed quickly so that crucial science can resume.
“Safety is of course our number one concern,” Anderson explains, noting that their primary goal is ensuring the crew is safe while also achieving all science objectives.
The Power of Stepping Back
Working in real-time engineering means frequently facing complex problems that demand immediate solutions. Anderson notes that when engineers are focused too deeply on one issue, it can become overwhelming. Sometimes, the key to a breakthrough is counterintuitive:
“Sometimes the answer is just right in front of you,” she reflects.
She emphasizes the value of taking a break and stepping back to think about the problem from a bigger picture. This reliance on collaboration and networking is critical at NASA. Anderson ensures she has a “long list” of people from different fields that she can email for insight when facing a specific problem.
“We definitely lean on each other a lot over at NASA,” she says, underscoring that they share both the problems and the wins.
Gaining Confidence in the Heat of the Moment
While technical skill is non-negotiable—Anderson notes that they need to know their facilities “upwards and backwards”—her biggest professional challenge was not knowledge, but confidence.
Working in real-time operations means teams on the headset constantly ask for quick answers when the crew encounters an unexpected issue. This pressure to deliver an immediate, correct solution was daunting early in her career.
“A huge part of my… career was just getting that confidence to say ‘Okay I know the answer, I’m going to speak up and I’m going to say what the answer is,’” she explains. She had to learn how to trust her “gut feeling” and stop second-guessing herself.
Anderson stresses that this kind of confidence is not natural; it takes “a lot of training” and time to build. She cautions that being overconfident in the beginning can be harmful, emphasizing that success comes from taking time to truly know the system. In fact, the training for their positions takes a year or more just to get certified to work on console.
From Mission Control to Mars
Anderson’s drive to work for NASA began at a very young age. Although she initially didn’t know she would end up in high-pace, real-time Mission Control operations, she now thrives in that energetic environment. She acknowledges that learning is constant, even after years of experience: “I learn something new all the time”.
Regarding NASA’s future, the focus appears to be firmly set on Moon to Mars. Anderson believes that going back to the Moon is essential, serving as a “stepping stone” to build up that technology and perfect it before the larger mission to Mars. She notes that establishing a base on the Moon allows for “tons of research that can still be done”.
Her personal drive mirrors this focus on continuous improvement. She advises others to never stop learning. Besides her bachelor’s degree in aerospace engineering, Anderson has two master’s degrees and is currently working on her PhD.
Surviving the Chaos
Anderson manages to juggle her demanding real-time operations role with raising a family, including four children. She admits, “I kind of survive in the chaos“.
Interestingly, she finds that her work philosophy is applicable at home. The way she solves problems with her children—internalizing, focusing, and setting aside emotions—is similar to the approach used in Mission Control:
“We have a problem, let’s not just freak out about it, let’s try and say okay what can we do to solve this problem,” she recounts. This mentality, often echoed on console, is simply: “Work the problem”.
She stresses that the success of NASA is entirely a team effort, not a “one-person endeavor,” noting that the team is composed of “hardworking and intelligent individuals”.
Anderson’s approach to simultaneous crises—whether solving a complex payload malfunction in orbit or managing four kids at home—demonstrates a core principle of engineering: when faced with an overwhelming situation, you must anchor yourself, set aside the emotional noise, and meticulously “work the problem.” Her confidence is not a shield but a tool, forged by years of education and experience, allowing her to be the calm, effective voice of authority when a crew thousands of miles away needs an answer now.
