I Am Artemis: Engineer Jesse Berdis and the Mobile Launcher

The dream of becoming a structural engineer first took root in Jesse Berdis's mind when he observed the towering skyscrapers in Dallas and Oklahoma. Today, that childhood dream has reached a new and extraordinary height at NASA's Kennedy Space Center in Florida. Currently serving as the deputy project manager for Mobile Launcher 1, Berdis plays a critical role in the Artemis II mission. His journey to this pivotal position, however, was not the result of a carefully planned career map. While attending a professional conference for engineers in Orlando, he simply left his resume with NASA recruiters. Just four weeks later, that single, spontaneous action led to a new job and a transformed life. He was hired as a launch infrastructure engineer at Kennedy, where he began working on the Exploration Ground Systems Program and supported the Artemis I test flight.

"Anyone I talk to, that's what's on my mind: getting ready for the Artemis campaign," said Berdis. "It can shift from technical issues we're solving to the passion we have for launching the crew and taking the next step in humanity of going back to the Moon."

The mobile launcher serves as the backbone for the Space Launch System (SLS) rocket and the Orion spacecraft. This massive structure is essential both before and during a launch. It is specifically designed to support the final assembly, testing, and checkouts of the rocket and spacecraft. Furthermore, it acts as the main structural platform at the exact moment of liftoff. Berdis often refers to it as "the shoulders" of the rocket when it launches. This incredible structure stands more than 400 feet tall. It houses the connections, known as umbilicals, which provide power, communications, coolant, and fuel to the rocket prior to launch. Additionally, it stabilizes the rocket and provides a safe pathway for the Artemis II crew to board the Orion spacecraft.

When Berdis first arrived at the space center, the sheer size of the ground systems left a lasting impression on him. To him, these were not merely large buildings; they were skyscrapers built specifically for the purpose of exploring space.

After the successful launch of Artemis I, Berdis and his team immediately began working on an even greater challenge. They started preparing for Artemis II, which will be NASA's first mission to send a crew to the Moon in over 50 years.

One of the most important new features for the Artemis II mission is the emergency escape system. This system is designed for the crew and support personnel to use only in the event of a serious problem at the launch pad. The system is located on the mobile launcher, positioned 274 feet above the ground. It consists of four special baskets. In an emergency, these baskets would provide a very fast escape route from the mobile launcher all the way down to the base of the launch pad. They utilize advanced electromagnetic braking technology to control the speed of the descent safely, ensuring the safety of those escaping.

"That is a true feat of humanity: someone putting all of their passion into these systems to make it all come together at T-0," said Berdis, referring to the precise moment of launch.

Recently, Berdis has also begun working on the ground operations for the Artemis Human Landing System. This is the specific vehicle that will actually land astronauts on the lunar surface. In this new role, he helps develop and maintain a master schedule. Under his leadership, his team ensures that all separate schedules, potential problems, and key information are combined accurately. This careful coordination ensures that the work on the ground and the development of the new human lander stay perfectly in sync.

The work on the mobile launcher involves solving many complex technical problems. Every single wire, every bolt, and every system must work perfectly for the mission to be a success. The team must consider everything from the immense forces present at liftoff to the delicate needs of the human crew inside the Orion spacecraft. For engineers like Berdis, this means constantly balancing big dreams with precise, detailed work.

The scale of the projects at Kennedy Space Center can be overwhelming to witness. The mobile launcher itself is a marvel of engineering. It must roll slowly and steadily from the Vehicle Assembly Building to the launch pad, carrying the fully assembled rocket. This journey, which spans only a few miles, is a critical part of the launch process. The launcher must protect the rocket and spacecraft during this trip and then support them reliably during the final countdown.

Berdis often reflects on how his childhood interest in tall buildings led him to this specific point in his career. The engineering principles are similar, but the ultimate goal is vastly different. Instead of creating offices and homes for people, he is now helping to build the infrastructure that will send people back to the Moon. This work connects his early dreams to a much larger human story of exploration.

The team atmosphere at NASA is another key part of the story. No single person can manage a project as large as Artemis. It requires the coordinated effort of thousands of engineers, technicians, and managers working together. Berdis emphasizes the shared passion and commitment of this entire team. They all understand that they are working on something historic. Every solved problem and every completed test brings the crew of Artemis II one step closer to their journey around the Moon.

Looking ahead, the lessons learned from building and upgrading the mobile launcher for Artemis II will be vital. They will directly inform the planning for future missions, including Artemis III, which aims to land astronauts on the lunar surface. The systems being perfected now are creating a foundation for sustained exploration. This means that the work done today will help enable missions for many years to come.

For Jesse Berdis, the journey from dreaming about skyscrapers to working on launch towers has been remarkable. It demonstrates how a deep interest in how things are built can lead to a career at the very forefront of human exploration. The mobile launcher is more than just steel and wiring. It is a symbol of preparation, safety, and the collective effort required to return humans to the Moon. As the countdown for Artemis II continues, Berdis and his team will be there, ensuring that the "shoulders" of the rocket are ready to support the next giant leap.