About The Position

Provide engineering insight and leadership for development, integration and test for an advanced engine controller for future spacecraft. Expertise is needed in avionics architecture and engine control system design and development in the following areas: The successful candidate will: Provide definition of engine controller functionality Define sensors needed to Trigger control and safety systems Turn engine valves on/off and engine control valve settings based on specific conditions Command power distribution and control systems Establish physical/electrical interfaces Define interface inputs/outputs Continue the development of advanced engine controller requirements document Support the make/buy decision process for procurement vs a shift of effort to inhouse design/development/test organizations(s) Provide integration of advanced propulsion systems across multiple engine controller devices Lead work in the areas of instrumentation, harness and ignition systems integration as well as development and building of engine controller(s). Experience in testing as well as anomaly resolution is required. The successful candidate will be required to support standing meetings and resolution of issues that may arise.

Requirements

  • Bachelor’s degree in electrical engineering or related field
  • 20 years of experience
  • Knowledge of engine controller hardware and associated testing
  • At least 20 years’ experience with the Avionics Systems
  • Experience with engine test and verification closure processes
  • Must be able to write and execute avionics test procedures
  • Must be able to analyze test data for performance verification and anomaly resolution
  • Proof of U.S. Citizenship is required

Nice To Haves

  • Experience in testing as well as anomaly resolution is required.

Responsibilities

  • Provide definition of engine controller functionality
  • Define sensors needed to trigger control and safety systems
  • Turn engine valves on/off and engine control valve settings based on specific conditions
  • Command power distribution and control systems
  • Establish physical/electrical interfaces
  • Define interface inputs/outputs
  • Continue the development of advanced engine controller requirements document
  • Support the make/buy decision process for procurement vs a shift of effort to inhouse design/development/test organizations(s)
  • Provide integration of advanced propulsion systems across multiple engine controller devices
  • Lead work in the areas of instrumentation, harness and ignition systems integration as well as development and building of engine controller(s)
  • Support standing meetings and resolution of issues that may arise

Benefits

  • Professional and leadership development opportunities like Team Lead Academy
  • Education reimbursement
  • Mentoring
  • Company sponsored networking events
  • Wellness programs
  • 11 paid holidays
  • Paid time off
  • Employee perks
  • Flexible schedules
  • Health, dental, and vision insurance
  • Retirement benefits (including 401(k) matching)
  • Parental leave
  • Employee stock purchase plan
  • Tax-saving options
  • Disability and life insurance
  • Pet insurance
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