Linux Software Engineer III

Safran DSIBedford, NH
2d

About The Position

The Linux Software Engineer III is responsible for leading to the development, reliability, and performance of software for U.S. Government programs such as handheld optical, thermal, digital observation or targeting systems. Responsibilities include leading to cross-discipline trade studies, assessing system-level impacts, deriving requirements from system-level specifications, product specification conformance testing, data collection, system integration, and calibration. The engineer will design, code, and debug using software languages such as C, C++, C#, and Python. Additional duties involve adhering to engineering and configuration control processes, supporting programmatic commitments, and providing production support. The engineer will also collaborate effectively with other disciplines and departments, lead internal and external customer presentations, and perform other tasks as assigned.

Requirements

  • 3 to 5 years of software development experience in an avionics/aerospace, defense or medical product environment
  • Experience with Embedded Linux GUI application development
  • Excellent written and oral communication skills are essential
  • U.S. Citizenship or Permanent Resident
  • Strong organization and presentation skills
  • Demonstrated leadership skills while having the ability to be a team player

Nice To Haves

  • Experience with Linux multi-threaded / multi-process application development
  • Experience with Linux kernel / U-Boot configuration and device driver development.
  • Experience with system builders such as Yocto/OE, BuildRoot, Petalinux, etc
  • Experience in designing and programming real time, multithreaded C/C++ code using FreeRTOS on small (Cortex –M) embedded microprocessors is strongly desirable
  • Familiarity with working in an ITAR environment.

Responsibilities

  • Lead own discipline input into cross-discipline trades & system-level impacts
  • Lead in own discipline requirements derivation from system-level specifications/requirements
  • Lead product specification conformance and validation testing, data collection, system integration, and debugging
  • Lead implementation of own discipline design
  • Design, code and debug applications in various software languages to include C, C++, C#, and Python
  • Lead calibration methodology definition and coordinate calibration activities
  • Lead programmatic documentation commitments
  • Lead Engineering and Configuration Control processes specific to software development, software release revision control, and pre-planned product improvement initiatives
  • Lead efforts in analysis (static code analysis, cyber security analysis, software review, identification of code metrics, system risk analysis, math models etc.)
  • Lead efforts for programmatic commitments
  • Provide production support
  • Effectively partner with other disciplines and departments
  • Lead/present own discipline external/internal customer presentations
  • Lead/define the support for vendor, manufacturability & quality requirements
  • Provide mentorship to interns, Engineers 1 and 2
  • Other tasks as assigned
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