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Beehive Industries

Manufactures additively built jet propulsion systems

Lead Engineer - Controls Systems Design & Integration

PropulsionUpdated on Nov 10
Full-timeCentennial, CO, USAIn-person

About the Job

Requirements

  • A Bachelor's degree in Engineering from an accredited university or college is required.
  • At least 8 years of experience in gas turbine engine control systems are required.
  • Strong understanding of engine control software tools such as NPSS, MATLAB, Simulink, and C/C++ is required.
  • Strong oral and written communication, interpersonal, and leadership skills are required.
  • Demonstrated problem-solving ability and strong program leadership and execution skills are required.
  • Ability to obtain and maintain a U.S. government-issued security clearance is required.
  • U.S. citizenship is required because only U.S. citizens are eligible for a security clearance.

Responsibilities

  • Design, develop, tune, and test gas turbine engines, partnering with cross-functional leadership to facilitate development and delivery of the overall engine control system.
  • Develop control system architectures, engine controller schematics, and requirements for propulsion and power products, and represent Controls internally with Systems Leaders and externally with suppliers, airframers, end users, and governing bodies.
  • Execute design, analysis, and evaluation of aviation engine control systems using gas turbine control laws and functional modeling and simulation; set software requirements, write engine software code and create block diagrams, analyze test vectors, predict and simulate engine operation with computer tools and component tests, and formally issue engine control software under configuration control.
  • Execute design, analysis, and evaluation of aviation engine control hardware; set hardware requirements, design engine-control actuators and pumps, coordinate with software design and analysis, predict and simulate engine performance or control logic using computer tools and component tests, and formally issue hardware designs.
  • Tune control laws in the time and frequency domain to meet system-response and stability metrics, and assess and modify control system models to match engine and actuator dynamics during testing.
  • Design, procure, and validate electronic engine control and full authority digital engine control systems, sensors, fuel systems, lube components, and other auxiliary systems; lead software- and hardware-in-the-loop simulator design, commissioning, and integration testing; integrate engine performance and control system models into simulators to predict and validate engine performance and operability; and support software requirements and designs that enable control hardware to meet requirements.
  • Lead engine system or component test programs from the controls software and hardware perspective by setting test objectives and limits, instrumentation and test-data requirements, and test planning to validate the engine design.
  • Ensure the engine control system meets overall design requirements and coordinate with performance, operability, transient, mechanical, and aerodynamic engineers to optimize the overall engine control system.
  • Lead design reviews and coordinate with disciplines including design, performance, controls, stress and life, additive manufacturing, materials, and system analysis.
  • Provide timely communications on significant issues or developments.
  • Ensure technical data generated is properly documented in accordance with engineering best practices.

Desired Qualifications

  • An advanced degree in Engineering from an accredited university or college is preferred.
  • Experience with aeronautical gas turbine engines is preferred.
  • Experience with additive manufacturing technologies and familiarity with design for additive manufacturing principles are preferred.
  • Interest in additive technology and willingness to challenge current design limitations to further exploit additive capabilities are preferred.

About the Company

Beehive Industries

Manufactures additively built jet propulsion systems

Beehive Industries designs and manufactures jet propulsion systems for the U.S. defense sector using additive manufacturing, with engine lines like Frenzy and Rampart that produce 100 to 3,000 lbf of thrust. Engines are designed, built, and tested in-house at U.S. facilities, creating a vertically integrated domestic supply chain that speeds development. The company leverages deep aerospace and additive manufacturing experience to offer small-to-mid thrust engines and benefits from secured U.S. Air Force contracts, differentiating it from traditional, longer-supply-chain engine makers. Its goal is to modernize defense propulsion by delivering affordable, mass-produced jet engines quickly while keeping production in domestic facilities.

Company size
201-500
Company stage
Series A
Total funding
$3.5M
Headquarters
Centennial, CO
Founded
2011

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