Built for the Space Age

Success demanded something more enduring. As enrollment surged at the MSC, it became clear that borrowed space would no longer suffice — and once again, the University rose to the challenge.

In a 1965 letter, MSC Director Robert Gilruth urged Hoffman to “give immediate consideration to the establishment of a permanent graduate and undergraduate facility in the Clear Lake area,” noting that access to advanced education was vital to the Center’s mission and recruitment efforts.

Plans quickly took shape. In 1968, the Clear Lake Graduate Center opened on land donated by Humble Oil, providing advanced coursework in engineering, technology and management just minutes from the MSC. Three years later, the Texas Legislature authorized the University of Houston Clear Lake City as a separate institution. Built on the foundation of the Graduate Center, the campus was designed to meet the evolving needs of the space workforce — transforming a strategic response to NASA’s training demands into a lasting academic presence alongside human spaceflight.

A Giant Leap — and a Scientific Opportunity

As the University laid foundations near Clear Lake, astronauts were laying footprints on the Moon.

When Apollo 11 returned to Earth in July 1969, it brought more than lunar samples — it brought new scientific questions. UH was among the few institutions entrusted with analyzing the material for organic compounds that could help scientists better understand the Moon’s origins and composition.

It was a rare distinction, reflecting confidence in UH’s expanding research capacity and the strength of its scientific faculty.

At the center of this effort was Professor John Oro, a pioneering chemist whose research in the 1960s helped shape scientific understanding of the origins of life and the chemical composition of the cosmos. Oro led the analysis of Apollo lunar samples, and his team developed advanced instruments and experiments for future Moon missions — work that later extended to NASA’s Viking missions to Mars, applying the same rigorous chemical techniques to one of the agency’s most ambitious questions: whether life had ever existed beyond Earth.

In little more than a decade, UH’s collaboration with NASA had grown far beyond its origins — from workforce training to direct participation in one of the defining achievements of the 20th century.

The next evolution would carry the partnership to new heights.

Taking Flight

The dawn of the Space Shuttle era marked a fundamental shift in NASA’s vision — from singular feats of exploration to sustained presence in space — and for UH, it meant moving beyond ground-based support to preparing to send its own into orbit.

The first alumna to carry the University’s legacy beyond Earth was Bonnie Dunbar, who earned her doctorate in mechanical and biomedical engineering in 1983.

Dunbar joined NASA in 1978 as a flight controller and was selected as an astronaut in 1981. But she understood that advancing within the astronaut corps required a doctorate — a credential most mission specialists already held. Determined to earn it without stepping away from her NASA responsibilities, she sought a university that could accommodate demanding shifts and mission assignments.

She found the flexibility — and proximity — at UH.

“I had full support from NASA — they paid my tuition and provided laboratory space at Johnson Space Center — but I needed a university that would let me take classes as needed,” Dunbar says. “I was working as a flight controller, so I had to work around shifts and assignments. The flexibility mattered.”

Two years later, Dunbar launched into space on STS-6, the maiden voyage of Space Shuttle Challenger. Over five missions, she logged more than 50 days in orbit, advancing research in microgravity and materials science and helping prove that humans could not only fly in space, but live and work there for extended periods.

"I had full support from NASA —they paid my tuition and provided laboratory space at Johnson Space Center."

-Bonnie Dunbar

For Dunbar, the connection between UH and space always felt natural — even inevitable.

“Bottom line, I think the University of Houston is very well positioned to support spaceflight in the future,” she says.

Breaking Barriers

Dunbar would not be the only Cougar to make history in orbit.

In 1995, Dr. Bernard Harris became the first African American to perform a spacewalk, stepping outside Space Shuttle Discovery and into the vacuum of space — a milestone not only for NASA, but for representation in science and engineering.

Harris’ journey began in Houston, where he earned his bachelor’s degree in biology from UH in 1978 before going on to medical school.

"The University of Houston was my first and only choice. I like to describe it as my launching pad."

- Dr. Bernard Harris

During his time at NASA, Harris became the first physician to conduct a telehealth conference from space. Many of the health technologies he developed remain in use aboard spacecraft today. In 2025, Harris was inducted into the Astronaut Hall of Fame.

“Space exploration has always been about pushing boundaries, inspiring future generations and proving that the impossible is achievable,” Harris said. “I am grateful for the opportunities that I have been given, and I hope to continue empowering others to reach for the stars.”

The Long Haul

As the International Space Station became NASA’s primary focus in the late 1990s, UH’s influence continued to expand — reaching beyond Houston and into the global arena.

Among those shaped by the University’s proximity to Johnson Space Center was Aki Hoshide, who arrived in Houston from the Japan Aerospace Exploration Agency (JAXA) and earned his master’s degree in aerospace engineering from UH in 1997 while working at NASA as an engineer.

Like Dunbar before him, Hoshide balanced demanding professional responsibilities with advanced study — drawing on the same geographic alignment and academic flexibility that had long defined UH’s partnership with the space program.

“In the Japanese space agency, we were allowed to take a year off and go study wherever you wanted to,” Hoshide says. “I asked my boss for that year, and he said yes, on one condition... he needed someone in Houston.”

Hoshide flew his first mission to the ISS aboard Space Shuttle Discovery in 2008 and returned four years later aboard a Russian Soyuz capsule. In 2021, he launched on the second-ever flight of SpaceX’s Crew-2 Dragon and served as ISS commander for five months. The nearly 200-day mission marked the longest crewed capsule flight in U.S. spaceflight history at the time.

Hoshide credits his time at UH with helping prepare him for the complexity of life and leadership in orbit.

"A lot of my classmates were also working at JSC, so learning from them, sharing ideas and stories was a huge help."

- Aki Hoshide

“You got to see different aspects of space activity in that classroom — different systems — and it helped me speak the same language when talking about those systems.”

The journeys of Dunbar, Harris and Hoshide tell a larger story of endurance and impact. Collectively, UH’s nine astronauts have combined for 28 spaceflights — logging nearly 14,000 hours in space, traveling more than 110 million miles and circling the Earth more than 10,000 times. Along the way, they have spent hundreds of hours performing spacewalks, conducting research and helping prove that humans can not only reach space, but live, work and thrive there.