Review schematics, data sheets, BOM, As-Built documentation, and other relevant Design documentation.
Interfacing with SME internally and with our client and parts manufacturer to evaluate Design Reliability.
Informal testing, to be performed by QDSS, to verify scale of problem and familiarize QDSS staff with DUT standard operations.
Develop, and present for client approval, a formal testing plan including, but not limited to:
Development of any needed hardware, test-equipment, software, FPGA designs to support testing.
Procurement of any test equipment needed for testing.
Procurement of any 3rd party services (testing houses, lab space, equipment rentals, etc.) needed for testing.
Design of Experiments (DOE) testing to provide sufficient data and evidence of the current design’s durability and reliability for client to extrapolate expected product lifetime viability.
Monitoring and recording of specific electrical characteristics of DUT over time.
Non-destructive inspection of DUT components (such as X-ray).
Destructive inspection of DUT components (such as de-capping and photographic inspection). Note that some number of DUT will be returned to client in a non-functional condition. This may be due to either planned damage (de-capping) or due to damage occurring in testing.
If client has available any returned or damaged parts, particularly those that have been in-use at live facilities, some number of those may be requested to go through a similar testing process.
Test Report Development & Review, to include all recorded data in a “raw” format, as well as the results of any analysis performed, discussions of trends in the data, reports of any non-conformances or issues discovered during testing or post-mortem inspections.
Adhering to all applicable Client Engineering development and quality processes, procedures, instructions and guidelines.
Participation in team meetings and planning activities, as required to support programs covered by this work plan.
Requirements
Bachelor’s degree in aerospace engineering, electrical engineering, systems engineering, or a related technical field.
Requires technical problem solving, strong hardware design skills, strong software design skills and software testing skills.
Experience working with DO-160 and/or Mil-STD environmental requirements
Experience evaluating RTCA Minimum Operational Performance Specification such as DO-385, DO-185 or DO-260C
Knowledge of common computer languages (C, C++, Python)
Experience with PCB design (e.g., Altium, OrCAD, etc.), signal analysis and system verification tools
Ability to interpret and implement system-level requirements into board-level designs.
Excellent problem-solving and communication skills
Test Procedure and Test Report writing experience
Benefits
Full compensation package is based on candidate experience and certifications
Applicant Tracking System Keywords
Tip: use these terms in your resume and cover letter to boost ATS matches.
Hard skills
hardware designsoftware designsoftware testingPCB designsignal analysissystem verificationDesign of Experiments (DOE)test procedure writingtest report writingtechnical problem solving