DCMA supports NASA’s Roman Space Telescope

DCMA supports NASA's Roman Space Telescope

By DCMA Northeast

The Defense Contract Management Agency Northeast team is celebrating a monumental achievement in space exploration following the liftoff of NASA's Nancy Grace Roman Space Telescope aboard a SpaceX Falcon Heavy rocket from Kennedy Space Center, Cape Canaveral, Florida, Aug. 30.

For more than six years, DCMA quality assurance personnel provided oversight across multiple contractor facilities, ensuring NASA's newest $4.3 billion flagship observatory met the standards necessary to unlock the deepest secrets of the universe.

"Our team is incredibly proud of our contributions to this monumental achievement for NASA and our nation," said Navy Capt. Scott Wallace, DCMA Northeast commander.

Matt Schmidt, DCMA Northeast deputy commander, added, "Moments like this remind us of how extraordinary our DCMA mission is. Thank you to our team of specialists for their relentless focus throughout the six years of rigorous oversight."

The telescope is named in honor of Dr. Nancy Grace Roman, NASA's first chief of astronomy. This next-generation telescope is built to capture the cosmos at an unprecedented pace. The Roman Space Telescope maps the universe 1,000 times faster than the Hubble Telescope with a field of view 100 times larger. In just 63 days, it will complete deep-space cosmic surveys that would have required 85 years of Hubble observation time, packing the resolution of 100 Hubble images into a single frame.

Engineering an observatory of this scale required microscopic precision. The telescope's 2.4-meter primary mirror was fabricated from specialty ultralow-expansion glass. Polished so finely that average surface variations measure only 1.2 nanometers, the optics feature a protective reflective silver coating 200 times thinner than a human hair.

From 2019 to 2024, DCMA Northeast personnel in Rochester, New York, delivered direct letter of delegation support to NASA across eight primary structures. Quality assurance specialist Ken Delfs and Christine Rotunno, lead QAS, along with other team members maintained continuous cleanroom surveillance during the critical primary and secondary mirror refiguring. Their collaboration and surveillance kept key manufacturing milestones on track, contributing to an overall mission that launched nine months ahead of schedule and under budget.

The team's dedication earned praise from NASA leadership. Just days before liftoff, the NASA chief safety and mission assurance officer for the project sent Christina Ziccarelli, DCMA Northeast's QA supervisor, a positive note. "He said that they couldn't have done it without our team's valuable support at the contractor during the build, test and delivery preparations," said Ziccarelli.

In addition to the Syracuse team, the DCMA Northeast team in Buffalo, New York, led by Ian McLennan, QA supervisor, with support from Taylor Peterkin, lead QAS, executed letters of redelegation. The LORs verified compliance on critical propellant fill and drain valves in East Aurora, New York, and inspection of the spacecraft's deep-space Attitude Control System in Niagara Falls, New York.

Overall, DCMA oversight followed the hardware from the cleanroom to the flightline. When the optical payload was finalized, Delfs escorted the shipment onto the runway at Frederick Douglass Greater Rochester International Airport in Rochester, New York. Delfs witnessed the loading into an Air Force C-5 Galaxy Nov. 5, 2024, ensuring the payload remained completely secure before its flight to NASA's Goddard Space Flight Center in Greenbelt, Maryland.

Now on its way into deep space one million miles from Earth, the Roman telescope will work alongside the James Webb and Hubble space telescopes. NASA describes this as the ultimate team. The Roman telescope scans vast stretches of the sky to find rare discoveries, while the Webb and Hubble telescopes zoom in for close-up looks. Roman will send home 1.4 terabytes of data every day-equal to roughly 350,000 smartphone pictures-and is projected to find over 100,000 new planets. It also carries high-tech "stargazing sunglasses" called a coronagraph, which blocks the blinding glare of distant stars to spot faint planets that would otherwise remain hidden.

"We aren't just inspecting hardware: We are the professionals ensuring critical contract compliance that enables mission success on the absolute frontier of human capability," said Ziccarelli. "From the deep ocean to the freezing vacuum of space, if it sails, flies, or orbits, our agency has its hands on the hardware and its eyes on the contract."

For more information about the telescope, visit Nancy Grace Roman Space Telescope - NASA Science and 9 Things to Know About NASA's Nancy Grace Roman Space Telescope - NASA Science.

An in-depth video about the telescope can be viewed at NASA SVS | Why Roman Could Change Everything We Know About The Universe.

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