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  • AEDC Spark Tank idea submission deadline is Jan. 12

    The deadline to submit ideas for the 2024 Arnold Engineering Development Complex Spark Tank is Jan. 12.Spark Tank is the Department of the Air Force’s Annual showcase event in which selected Airmen, Guardians and contractors pitch innovative solutions to difficult Air Force and Space Force problems

  • AEDC Acoustic Imager places Top 3 in AFMC Spark Tank

    The potential impact a project previously awarded funding through the Arnold Engineering Development Complex Spark Tank program could have across the Air Force Materiel Command enterprise did not go unnoticed.That project – the acquisition of an acoustic imager – was selected as one of three

  • AEDC Innovation Spark Tank 2024 submission period begins Oct. 1

    Building off the success of this year’s Arnold Engineering Development Complex Spark Tank program, which produced a top-three idea currently being reviewed by the commander of Air Force Materiel Command, AEDC are being asked to submit their innovative ideas.Ideas for the 2024 Spark Tank may be

  • 2023 AEDC Spark Tank initiative funds multiple projects

    Arnold Engineering Development Complex team members were recently granted funding for their innovative ideas as part of the 2023 AEDC Spark Tank.An announcement was made in October 2022 calling all innovators to submit their ideas, and the last day for submissions was Jan.13. The AEDC Spark Tank

  • AEDC Spark Tank 2023 kicks off Oct. 1

    Building off the success of this year’s AEDC Spark Tank program, AEDC personnel are once again being asked to submit their latest innovative ideas for the next one starting Oct. 1.All AEDC team members, including DOD civilians and contractors across all AEDC units, including those geographically

  • Propulsion team continues flow visualization study to save time, money

    Team members with the 717th Test Squadron, 804th Test Group, Arnold Engineering Development Complex at Arnold Air Force Base are continuing to collect shadowgraph measurements of high sound pressure level nozzle acoustic events to validate computational fluid dynamics, or CFD, prediction methods.To