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Pairing composite manufacturing with advanced technologies like 3D printing and virtual digital twin technology helps to improve aircraft design and performance.

With the spirit of the space race living on in the private sector’s innovative drive towards the stars, engineering company LEAP 71 and spacecraft manufacturer The Exploration Company recently announced a partnership to accelerate space exploration.

UMass Lowell is leading a project to establish a first-of-its-kind advanced manufacturing technologist training program to support the workforce needs of the aerospace and defense industries in Massachusetts.

An industrial engineering researcher at The University of Texas at Arlington has earned a grant from the Department of Defense to purchase state-of-the-art hybrid additive-subtractive manufacturing equipment.

Implementing automation has improved production operations for aerospace tooling manufacturers and machine shops. Learn more about the benefits of this technology.

In the race to land the first humans on Mars, NASA is betting big on nuclear rocket engines to get its astronauts to the red planet.

A Pentagon-sponsored industry group has launched a $6.2 million worker development program that is intended to reskill the workforce of the future and to address a skills gap between factory operators and the nation’s labor pool.

Additive manufacturing in aerospace has impacted the manufacturing and design of aircraft. Learn more about how 3D printing is changing aerospace production.

GKN Fokker, NLR (Netherlands Aerospace Centre), Delft University of Technology and SAM|XL, have successfully manufactured one the world’s largest thermoplastic components as part of the Multi-Functional Fuselage Demonstrator (MFFD) project led by Airbus.

Propulsion startup ZeroAvia conducted the first flight of its hydrogen-electric powertrain on a Dornier 228 testbed from Cotswold Airport, England, on Jan. 19.