Apollo 11 Shaped UCF Scientist, Nation and World’s Love Affair with Space
If the Apollo 11 mission had never happened, UCF scientist and alum Phil Metzger ’00MS ’05PhD may never have pursued a career that today has him working on ways to mine water from the moon and engineer ways rovers can traverse across other planets such as Mars.
The son of a NASA contractor who worked on the Apollo missions, Metzger’s life parallels a nation’s love affair with space, which appears on the cusp of a new dawn.
Dr. Metzger, who is based at UCF’s Florida Space Institute, is working on multiple projects with NASA and commercial companies to figure out how to safely get astronauts into space and how to make a sustainable go at living off-world.
“I remember Apollo 11 clearly,” Dr. Metzger says. “I couldn’t see over everyone’s head in the street, so I climbed the flag pole at the Titusville Post Office so I could see. It was … historic.”
Dr. Metzger was 7 and beating the Russians to the moon was what everyone in his Titusville neighborhood talked about.
“Everyone’s parents were either engineers or scientists who worked at the cape,” he says. “It was the norm and everything stopped to watch each attempt. Winnebagos would crowd the streets for each launch. I can still hear Walter Cronkite’s voice crackling on the radio before the countdowns and the echo from all the radios going at once.”
Dr. Metzger’s father retired from the U.S. Air Force to become a NASA contractor, and he worked as a quality control inspector for all the Apollo missions. His mother was an early childhood education teacher. But life in the Metzger family revolved around the space race — even at Christmas time.
Dr. Metzger had a Major Matt Mason action figure Mattel sold beginning in 1966. Dr. Metzger and his sister also owned every paper model of the satellites launched from the Cape during his childhood. They hung from the ceiling in his bedroom.
History in the Making
“Apollo 11 was hugely important,” Dr. Metzger says.
The historical context is also important to understand why we got to the moon so quickly and to understand why it’s taken us 50 years plus to get back.
“Fear is a powerful motivator,” he says. “We were afraid of the Russians. The Cold War was on and I remember the drills in school where you had to duck under your desk. Anyway, that fear translated into political will and that meant a lot of money for NASA, which is why we moved so quickly. As the political pressure diminished, so did funding and I think that’s why we’ve slowed down a bit.”
Add the tragic accidents during the space shuttle era that cost astronauts their lives, and it’s no surprise things slowed down. But without embracing that challenge President John F. Kennedy made to get a man on the moon within a decade and being the brash and bold America of that time, we would have never had the Shuttle program and missions like Voyager and others that began charting the solar system and laying the groundwork for today.
The amount of technology developed and the knowledge gained for multiple space missions since the Apollo era has improved life on Earth and inspired generations of astronauts, scientists, and engineers that despite the risks, continue to forge ahead — including Dr. Metzger.
Inspiring an individual, a nation and the world
He graduated from high school and went onto Auburn University where he earned a bachelor’s degree in electrical engineering. He returned to his hometown and was a spacecraft-systems engineer on the space shuttle vehicle processing team at Kennedy Space Center.
His almost 30 years with NASA included working on the shuttle program, the International Space Station and various other projects. From 2002-14 he was a senior research physicist and co-founded Swamp Works, a technology innovation lab at KSC. Think of Swamp Works as the cool lab that troubleshoots some of the most difficult problems facing space travel. He led $5.4 million in research and technology projects during his 12-year tenure at Swamp Works.
In between, he earned a master’s degree in physics and doctorate in physics from UCF. In 2014, he joined UCF’s Florida Space Institute where he continues to work on out-of-this-world projects that once seemed science fiction but are quickly turning into science fact.
It’s been a great ride, especially seeing how Apollo not only fueled his passion for space research, but influenced UCF’s early days and charged the nation and the world to reach beyond the stars.
UCF Connections Today
Today, NASA has dozens of missions that push the boundaries and UCF is a part of many of those missions from New Horizons, which gave us a whole new look at Pluto and to OSIRIS Rex, which will snag a sample of a near-Earth-asteroid next year. UCF is also working with new and bold commercial companies such as Space X, Blue Origin and Virgin Galactic that have stepped up the pace since the space shuttle program concluded in 2011. UCF is working with several other industry and academic partners to help prepare for a trip back to the Moon and beyond.
These projects include among others:
- The Exolilth lab providing moon, Mars and asteroid simulants to test techniques being pioneered on Earth such as growing food on the moon and building 3D items on Mars.
- Modeling mining techniques to draw water from the moon and elsewhere that can be used to sustain life and for fuel on long missions or colonies.
- Studying how dirt and other debris act on planetary and asteroid surfaces when exposed to rocket exhaust and other pressures that could lead to damaged spacecraft or health hazards for space explorers.
- Cubesats that run experiments that explain how dust works in space.
- Studying materials found on other planets to determine the viability of using them to build tools and structures off world, avoiding the need to haul heavy materials on rockets.
- Understanding the effects of asteroid and meteorite materials on the human body.
- Studying radiation danger, determining risk assessment, and developing novel materials for space suits and surface vehicles.
- Understanding comets and their activity.
- Managing the National Science Foundation supported Arecibo Observatory in Puerto Rico, one of the world’s largest and most powerful radio telescopes.
The impact on the world can still be felt today from the sheer existence of the International Space Station to most world powers investing in their own space agencies.
Dr. Metzger says it is good to look back and celebrate our success, but that the 50th anniversary of Apollo 11 should really help us refocus and redouble our efforts toward the future.
“I’m excited to be part of the UCF team,” he says. “We’re building a reputation as a space resource. The space economy is real. The players are investing in it now. Our planetary expertise will play a central role for the future of space and that’s something UCF can be proud of. We just need to remind people about science and inspire the next generations to come.”
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