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The Aerospace Corporation’s University Relations and Recruiting assembled a task force to assess and adjust existing policies and capabilities to ensure that the internship program could continue…

One of Aerospace’s CubeSats photographed its twin satellite from 22 meters away in a demonstration of the type of technology that could enable inspection and servicing missions.

The T-Case prototype is a NIST traceable, non-contact temperature measurement device developed by Aerospace to keep employees safe as they return to work in the ’new normal.’

Aspiring civil engineer awarded 2020 Dr. Wanda M. Austin scholarship.

Aerospace installed a new vacuum chamber to test the newer, high-powered thrusters needed for future space exploration. It will be the best electric propulsion testing facility in the world.

The launch was the first National Security Space Launch mission to include recovery of the first stage booster. Aerospace‘s team again relied on its technical excellence and dedication to mission…

When presented with a challenge by NASA to create a viable architecture for imaging exoplanets, Aerospace provided a solution built on a legacy of nearly 30 years of persistence, innovation, and…

Aerospace’s Board of Trustees call to acknowledge and confront the lingering effects of racism and to stand in solidarity with the growing movement across our country calling for change by affirming…

As a result of COVID-19, Aerospace engineers have pioneered new, innovative means of accomplishing laser alignment communications remotely, in compliance with new health safety guidelines.

This visual collection of the various lab projects happening at Aerospace highlights just a sample of the diverse and meaningful work being done by our engineers and scientists.

The Aerospace Corporation provides crucial support to the Commercial Crew Program, with embedded roles on the NASA team able to leverage the FFRDC’s depth of knowledge and technical expertise.

Aerospace is developing the technologies, standards and processes to help realize a Continuous Production Agility strategy.

In support of the the U.S. Space Force's second launch, Aerospace continued to enhance the remote capabilities that were demonstrated during the successful AEHF-6 launch.

Wake Infrared Night/Day Sensing (WINDS) utilizes a polarized longwave infrared sensor to detect unique Kelvin wake patterns on the ocean's surface created by vessels.

Aerospace exercised our comprehensive launch verification process to augment ULA’s internal mission assurance process to ensure success for the U.S. Space Force’s inaugural flight.

Looking for ways to help, Aerospace collected crucial medical equipment to donate to medical workers as they help patients battle COVID-19.