Meet Suba, a Space Launch Systems Leader who Broke Barriers
Boeing engineer Suba Iyer was never one to settle for what was handed to her. “I was always striving to reach my goals, even when multiple situations hindered me,” she said.
Growing up in India, Suba wanted to be an engineer. At the time, engineering professors and program chairs at her hometown colleges tried to discourage her from pursuing mechanical engineering due to her gender. She had her heart set on it and so did her father, a mechanical engineer himself who ran an automobile parts factory.
While she was able to get her bachelor’s degree in India, educational leaders would not accept her into a master’s program in production engineering despite her high test scores. They suggested she find another field because they had never had a female student in the department.
“So I came to America,” Suba said.
Suba leads the Integrated Product Team at Kennedy Space Center in Florida, working with NASA to launch the Artemis missions that will return humans to the moon for sustainable lunar exploration. Her team will support NASA Stages Operations after the first Boeing-built Space Launch System (SLS) core stage arrives in Florida for integration, assembly, checkout activities and all the steps ahead of launch on the uncrewed Artemis I mission around the moon as soon as later this year.
“If someone had told me in India that 25 years later I would be working at Kennedy Space Center as a senior manager for SLS, that would have been way beyond my dreams,” Suba said. “But everywhere I went through my career, I always stretched a little higher beyond my level.”
From as early as she can remember, Suba enjoyed visiting her father’s factory, which made hoses, fan belts and other rubber automobile products. She learned the entire manufacturing process of a product from start to finish.
"I just liked the whole point of creating something to benefit others."
While her two sisters and one brother went into computer engineering and the medical field, she enjoyed the idea of building products and wanted to be the one to follow in her father’s footsteps. She’s still active with her hands. When she’s not working, she builds wooden tables, benches and shelves, and paints landscapes and portraits.
“I just liked the whole point of creating something to benefit others,” Suba said. “When I was young, I would wonder how things worked. It seemed like magic when I heard sounds from a radio or watched television. I always wanted to understand the engineering behind things. I was amazed at how my dad created a process that he started from scratch.”
The experiences Suba had at her father’s factory served her well in her first two postgraduate jobs in the automotive industry — first as an analytical engineer in a luxury car division, and then as an occupant development and structural engineering analyst. She developed and designed advanced restraint systems, including airbags, steering columns and seatbelts.
In the automotive industry she also met her husband, who later worked with her on the space shuttle program and now works for a prime contractor to NASA on SLS Exploration Ground Systems. They have two sons.
Suba said her time on the Boeing Starliner program was exciting because it gave her experience with a capsule as opposed to a rocket. She shared her Starliner production engineering experience with other Space and Launch programs as Production, Test and Launch Capability integrator.
Being part of SLS is a similar thrill, she said, to working on a program like Starliner.
“I’m excited to be back supporting a big rocket and being part of countdown and launch,” Suba said. “We haven’t done this for decades now, building something from scratch that will take humans beyond low Earth orbit to the moon. I think it’s unbelievable. I’m blessed to be part of this team.”
Her goal is to build great relationships and see all the companies involved in SLS working together for the success of the program, because “We are all one team,” she said.
Suba extends her encouragement and relationship-building outside Boeing with volunteer work for groups such as the Society of Women Engineers and Women in Aerospace.
“Whatever hurdles come your way, you cannot be deterred from your goal,” she tells younger engineers and students. “We cannot give up. We have to persevere.”
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