Senior Embedded Software Engineer

Job Description

Senior Embedded Software Engineer

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Location: Seattle, WA (Primarily Onsite)

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Help Build the Embedded Foundation for Next-Generation Hybrid Mining Systems

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Are you a hands-on embedded software engineer who enjoys working at the intersection of hardware, real-time software, and system architecture? Do you thrive in an R&D environment where you'll help define the technical direction of a platform from the ground up?

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We are seeking a Senior Embedded Software Engineer to join a growing team developing advanced hybrid power and control systems for industrial mining applications. This is an opportunity to work on early-stage technology development, helping establish the embedded software architecture that will support future products for years to come.

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This role is ideal for an engineer who enjoys low-level software development, board bring-up, middleware design, real-time operating systems, and close collaboration with hardware, controls, and research teams.

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What You'll Do

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• Design, develop, and maintain embedded software primarily in C (approximately 80%) with selective use of C++ .
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• Lead development and integration of software running on FreeRTOS-based multicore embedded platforms .
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• Create and maintain the RTOS framework that serves as the foundation for future product development.
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• Develop lightweight middleware and runtime interfaces that bridge controls software with underlying embedded platforms.
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• Collaborate with Controls Engineers to integrate existing Simulink-generated control algorithms into production-oriented embedded software architectures.
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• Design software abstraction layers that enable portability of controls applications across future platforms and architectures.
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• Support the creation of a lightweight runtime environment that facilitates future migration and integration with AUTOSAR-style architectures when business needs require it.
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• Perform board support package (BSP) development, hardware bring-up, debugging, and validation for new development boards and custom hardware.
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• Work directly with microcontrollers, processors, system-on-modules (SOMs), and custom PCB designs during early-stage product development.
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• Develop and debug software for multicore real-time processing environments.
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• Design and implement interprocessor communication, mailbox architectures, synchronization mechanisms, and DMA-based data movement solutions.
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• Investigate and resolve complex software and system-level issues through root cause analysis and structured corrective actions.
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• Participate in software verification activities including unit, integration, SIL, and HIL testing.
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• Work closely with Electrical Engineering, Systems Engineering, Controls Engineering, and Research & Technology teams to define requirements and software interfaces.
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• Provide technical leadership and mentorship while helping establish engineering best practices across the organization.
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What Makes This Opportunity Unique

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• Opportunity to define and build a software platform that is expected to support products for the next 5+ years.
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• Significant influence on software architecture decisions and technology direction.
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• Highly collaborative R&D environment focused on rapid innovation and prototyping.
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• Exposure to cutting-edge industrial hybrid power systems and electrification technologies.
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• Ability to work close to the hardware and influence system-level design decisions.
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• Long-term growth opportunity within a rapidly evolving engineering organization.
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Required Qualifications

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Education

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• Bachelor's degree in Computer Engineering, Electrical Engineering, Computer Science, or related STEM field.
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Experience

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• 7+ years of embedded software development experience.
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• Strong understanding of embedded software architecture and real-time systems.
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Technical Skills

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• Strong proficiency in Embedded C development.
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• Experience developing software using FreeRTOS or similar RTOS environments.
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• Experience with multicore embedded systems and real-time applications.
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• Board support package (BSP) development and hardware bring-up experience.
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• Experience debugging software at the hardware, firmware, and system levels.
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• Familiarity with ARM-based embedded processors and architectures.
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• Experience with:
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• Multicore processing
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• Threading and task management
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• Mailboxes and interprocessor communication
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• DMA engines
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• Interrupt-driven systems
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• Memory management in embedded environments
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• Experience using Git and modern software development workflows.
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• Strong systems-thinking and problem-solving abilities.
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• Ability to adapt and learn new technologies in a fast-paced research and development environment.
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• Experience with common embedded processor families including:
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• STM32
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• NXP
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• Infineon TriCore
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• ARM Cortex-based processors
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• Experience integrating Simulink-generated controls software into embedded targets.
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• Experience developing middleware, runtime environments, or software abstraction layers.
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• Experience with Texas Instruments AM64x/AM644x devices or similar System-on-Module (SOM) platforms.
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• Familiarity with industrial communication protocols such as CAN and J1939.
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• Knowledge of hardware-in-the-loop (HIL) and software-in-the-loop (SIL) validation methods.
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• Linux development experience.
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• Python scripting experience for automation, testing, or development support.
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Success in This Role

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The successful candidate is a technically curious engineer who thrives in ambiguity, enjoys learning new platforms and technologies, and can quickly contribute in a research-oriented environment. You are comfortable moving between software architecture discussions, middleware development, board bring-up activities, and real-time embedded software implementation.

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You understand how to create scalable software foundations while balancing the realities of rapid prototyping and product development. Most importantly, you're excited about helping build a platform from its early stages and becoming a long-term contributor to the future of industrial hybrid mining technologies.