Lead Engineer, Controls Systems Design & Integration

Role Overview

Beehive Industries is looking for an energetic and driven candidate to design, develop, tune and test gas turbine engines. The candidate should be someone who is familiar with engine control system software, hardware, and how they interact with the engine. This role will partner with various cross-functional leadership on a daily basis facilitating development and delivery of the overall engine control system. The candidate will also develop control system architectures, engine controller schematics, and requirements in support of propulsion and power products along with representing BHI Controls internally with Systems Leaders and externally with suppliers, airframers, end users and governing bodies.

What You'll Do...

• Execute the design, analysis, and evaluation of an aviation engine control system using gas turbine control laws and functional modeling/simulation. This includes setting software requirements, writing engine software code/creating block diagrams, analyzing test vectors, predicting and simulating engine operation with computer tools and component tests. Formally issue the engine control software under configuration control for an engine control system.
• Execute the design, analysis, and evaluation of the hardware for an aviation engine control system. This includes setting engine control hardware requirements, designing actuators and pumps for the engine control, integrating and iterating with engine software design and analysis, predicting and simulating engine performance or control logic with computer tools and component tests, and formally issuing the hardware design for an engine control system.
• Complete control law tuning in the time and frequency domain to achieve system response and stability metrics. Assess and modify control system models to match engine and actuator dynamics during testing.
• Experience designing, procuring, and validating electronic engine control (EEC) and full authority digital engine control (FADEC) systems in addition to 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 the hardware/software simulator to predict and validate engine performance and operability. Support setting software requirements and designs which enable the engine control hardware to meet requirements.
• Lead engine system or component test programs from a controls software and hardware perspective. Set test objectives and limits, instrumentation and test data requirements, and test planning to validate the engine design.
• Ensure the engine control system meets overall requirements from a design perspective. Coordinate with performance, operability, transient, mechanical and aero engineers to optimize the overall engine control system.