Additive manufacturing for military jet propulsion systems
Beehive Industries manufactures jet engines for defense using additive manufacturing (3D metal printing) rather than traditional subtractive methods. The stack reveals a production-heavy operation: CAD (NX, SolidWorks), simulation (ANSYS, MATLAB, Simulink), manufacturing execution (MES, CNC), quality assurance (NADCAP, SPC), and supply-chain tools (NetSuite, SAP, Oracle, Teamcenter PLM). The hiring profile is engineering-dominant (78 of 130 roles) weighted toward senior and principal levels, paired with active manufacturing roles—a signal of both R&D complexity and scaling production. Current focus spans engine design, component testing, materials science, and control-system software.
Beehive Industries designs and manufactures jet propulsion systems for U.S. Department of Defense applications using additive manufacturing techniques. The company operates across the full engine development lifecycle: design, simulation, additive manufacturing, component testing, and first-article inspections. Their customer base is defense and aerospace primes integrating propulsion into military platforms. The operation sits in Centennial, Colorado, with 51–200 employees distributed across engineering, manufacturing, and support functions. Current pain points center on cost reduction, material constraints, supply-chain coordination, and accelerating time-to-market for new engine variants.
Additive manufacturing (3D metal printing) paired with traditional CNC machining. Design tools include NX, SolidWorks, and ANSYS; manufacturing execution via MES and Mastercam; quality certified under NADCAP and SPC standards.
Engine system design and testing, additive manufacturing optimization, component qualification, materials science R&D, and gas turbine control software for DOD applications—all aimed at reducing cost and accelerating production timelines.
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