Dr. Patrick Suermann, a distinguished professor of construction science at Texas A&M University, is charting a path toward the future of construction beyond Earth. Dr. Suermann’s areas of research include civil and environmental engineering. His passion for space exploration is fueled by early experiences that inspired him to reach for the stars. He is a retired U.S. Air Force Lt Col. Drawing from his deep well of knowledge and experience, he has been the construction manager on remote construction projects in places like Greenland, Antarctica, Afghanistan, and Guam.
Dr. Suermann’s research is concerned with creating new methods of deploying architectural assets on lunar and martian terrain. So it comes as no surprise that even now his team is doing pioneering work on 3D-printing lunar bricks. Notably, this work has important applications to extraterrestrial construction and disaster relief on Earth. We’re currently constructing a new facility in Houston, dedicated exclusively to these advanced projects. We’d like to see that finished by the fall of 2026.
A Dream Realized
Growing up in Satellite Beach, Florida, Dr. Suermann cultivated an early interest in space. His childhood was marked by visits to the Kennedy Space Center and watching NASA launches from his backyard. His dedication inspired his studies at Texas A&M University. From there, he went on to obtain both his bachelor and master’s degrees in construction science.
Reflecting on his journey, Dr. Suermann states, “It really is my childhood dream come true.” He sees his position as an opportunity to work with some of the most creative minds in architecture and engineering. He wants to collaborate with NASA specialists to tackle cutting-edge projects. This partnership is uniquely positioned to help him apply this artistic sensibility to projects that challenge the conventions of what’s achievable in construction.
In his work, Dr. Suermann emphasizes the importance of design that can withstand the unique forces present on other planets. “We are designing things that are able to resist forces on the moon and Mars,” he explains. In fact, his team’s mission dovetails beautifully with the space exploration and habitation goals laid out by NASA and other venture capitalists.
Innovations in Construction
Dr. Suermann’s work on 3D-printing lunar bricks is a great example of how space technology is being leveraged to improve construction practices back on Earth. Developing robust construction materials using materials available on the moon’s surface would drastically change the game for space missions. It will improve disaster response operations here on Earth as well.
The more we can take construction to the manufacturing side, the more efficient we’re going to be,” Dr. Suermann explains. This transition has radically increased productivity. In addition, it addresses a focus on safety, reduces the cost of projects and encourages more sustainable building methods.
His experience in constructing facilities in remote locations has equipped him with valuable insights into overcoming challenges inherent to such environments. “But this is still construction. They need a ranch hand,” he comments, highlighting the blend of traditional construction skills and modern technology required for success in these projects.
The Future of Space Construction
Dr. Suermann wants to be at the vanguard of this emerging movement. He recognizes the significance of the upcoming 20th biennial conference on space construction and aims to make it a grand event: “We want to make it the biggest ever because it’s Texas-sized.”
Our new facility in Houston is nearing completion. Once completed, it will be a global, dynamic environment for research and innovation to advance the art and science of building in space. Dr. Suermann imagines creating these habitats off our planet. On the flip side, he wants to use these same technologies to make sustainable development possible here on Earth.