Embedded Software Engineer Sr

## Embedded Software Engineer SrApplyremote type:
Onsite locations:
Lynnwood, Washington time type:
Full time posted on:
Posted Yesterday job requisition :
JR102199
** Crane Aerospace and Electronics
** has an exciting opportunity for a
** Sr Embedded Software Engineer
** at our
** Lynnwood, WA
** location.
** About Crane:*
* ** Crane Aerospace & Electronics
** supplies critical systems and components to the aerospace and defense markets. You’ll find Crane Aerospace & Electronics in some of the toughest environments: from engines to landing gear; from satellites to medical implants and from missiles to unmanned aerial systems (UAS).Located in the epicenter of United States aviation manufacturing, our Crane Aerospace & Electronics Lynnwood, Wash., facility delivers industry-leading aerospace & defense power, sensing and fluid solutions.

Our products are rugged enough to fly 5 billion miles from Earth on NASA’s New Horizons spacecraft and innovative enough to be featured on Advanced Air Mobility demonstrators. You’ll join a group of aerospace professionals committed to engineering excellence and work in a community tucked between the idyllic Puget Sound and Cascade Mountains. Start the next chapter of your career with Crane Aerospace & Electronics!

*
* Job Summary:

** The Senior Embedded Software Engineer is a key contributor to the development of advanced sensing technologies within the Sensing & Power Systems (SPS) business unit at Crane Aerospace & Electronics. SPS provides essential sensing capabilities, such as pressure, proximity, air data, and fluid measurement, that support critical aircraft functions across commercial and military platforms. These products must perform reliably in demanding aerospace environments, requiring robust, certifiable embedded software aligned with industry standards.

In this role, you will lead software architecture, implementation, integration, and verification activities that directly influence product performance, system safety, and long-term program success.
** Essential Responsibilities
*** Develop, maintain, and optimize embedded software in C and C++ for SPS sensing products.
* Implement firmware for signal conditioning, sensor calibration, filtering algorithms, data acquisition, and mixed-signal hardware control.
* Use additional languages and tools including Python, Assembly, and DXL.
* Create and integrate SCADE model-based designs and support auto-generated code workflows.
* Perform requirements analysis, decomposition, and traceability using IBM DOORS.
* Use IBM EWM for configuration management, change control, and workflow tracking.
* Conduct static and dynamic analysis, including structural coverage, using LDRA + TQD.
* Support certification activities consistent with DO‐178C, including documentation development in Adobe Frame Maker.
* Debug hardware/software interactions using debuggers, oscilloscopes, and logic analyzers.
* Collaborate with Systems, Hardware, Test, Quality, and Manufacturing teams throughout development and verification cycles.
* Participate in peer reviews of requirements, design, code, and test artifacts.
* Lead root-cause analysis and corrective actions for software-related issues.
* Mentor early-career engineers and provide technical leadership within Integrated Product Teams (IPTs).
* Support continuous improvement of engineering practices, tools, and processes.
** Eligibility Requirement:
** This position may require access to Controlled Data or Information. Where the position requires such access only US Persons will be considered. As a US Department of Defense contractor, we are bound by International Traffic in Arms Regulations (ITAR).
** Technologies, Tools & Environment:
**** Programming

Languages:

** C, C++, Python, Assembly, DXL, ADA (low priority)
** Modeling:
** SCADE model-based development and code generation
** Tools:
** IBM EWM  IBM DOORS  Adobe Frame Maker  LDRA + TQD  Oscilloscopes, logic analyzers, hardware debuggers
** Technologies:
** Mixed-signal embedded design  ADC/DAC interfaces  Sensor calibration, filtering, and real-time processing  Aerospace communication interfaces (ARINC, RS‐232, CAN, AFDX)  Safety-critical development consistent…