Lead Embedded Systems Engineer

Symbiotic Services

  • Addison, Illinois
  • 30+ days ago

    Highlights

    This role is ideal for a senior-level Computer Scientist or Embedded Systems professional ready to replace a legacy Bluetooth-based control plane with a modern, horizontally scalable, Go-powered edge/cloud architecture . You’ll collaborate directly with a Dallas-based founder—an established leader in the furniture manufacturing space—while defining the embedded systems strategy from the ground up.

    Numbers & Facts

    LocationAddison, Illinois
    Websitehttp://symbioticservices.com

    Description

    Symbiotic Services is hiring on behalf of a pioneering client building next-generation smart bed technology. We’re seeking a Lead Embedded Systems Engineer to architect and drive the development of an intelligent, distributed IoT platform for sleep technology, featuring:


    • Hundreds of precision actuators for fine-grained mechanical control
    • Wi-Fi-based device orchestration using MQTT publish/subscribe messaging
    • Embedded Linux (Debian / Yocto) systems at the edge
    • AI/ML-driven analytics pipelines for real-time sleep optimization


    This role is ideal for a senior-level Computer Scientist or Embedded Systems professional ready to replace a legacy Bluetooth-based control plane with a modern, horizontally scalable, Go-powered edge/cloud architecture. You’ll collaborate directly with a Dallas-based founder—an established leader in the furniture manufacturing space—while defining the embedded systems strategy from the ground up.


    What You’ll Lead


    System Architecture Ownership

    • Design and implement real-time MCU applications running on Debian or Yocto Linux distributions.
    • Define deterministic scheduling models and concurrency patterns for time-critical tasks.


    Core Application Development

    • Architect and maintain C/C++ and Go state machines, message brokers, and device control APIs.
    • Apply CS principles in distributed systems, message serialization, and protocol design.


    IoT System Modernization

    • Migrate from Bluetooth LE (BlueZ stack) to Wi-Fi + MQTT for robust, low-latency device communication.
    • Implement fault-tolerant reconnection strategies and QoS policies.


    Tooling and Testing Infrastructure

    • Build containerized cross-compilation toolchains and CI/CD-compatible hardware simulators.
    • Develop automated HIL (Hardware-in-the-Loop) test harnesses.


    Engineering Standards and DevOps

    • Define coding standards, code review guidelines, and branching strategies in Git.
    • Establish CI/CD workflows for embedded + cloud integration.


    Edge-to-Cloud Data Integration

    • Partner with data scientists to design pipelines for ingesting, storing, and analyzing time-series sensor data.
    • Support model deployment and feedback loops for on-device inference.


    Minimum Qualifications

    • B.S. in Computer Science, Computer Engineering, or equivalent discipline.
    • 5+ years professional experience in embedded firmware development (C/C++, ideally Go).
    • Deep familiarity with embedded Linux internals (Debian or Yocto).
    • Strong understanding of network protocols: TCP/IP, UDP, MQTT.
    • Expertise in multi-threaded and multi-process system design.
    • Proficiency with Git and modern CI/CD workflows.
    • Demonstrated initiative through side projects, open-source contributions, or research work.


    Preferred Skills

    • Docker-based embedded development workflows.
    • Python or Bash scripting for build/test automation.
    • Cloud IoT integration (AWS IoT, Azure IoT Hub, GCP IoT Core).
    • Bluetooth LE / BlueZ experience for legacy support.
    • Hands-on debugging with oscilloscopes, logic analyzers, JTAG/SWD.


    Why This Role Stands Out

    • Architect-Level Impact: Own the embedded systems roadmap.
    • Cutting-Edge Tech Stack: Work at the intersection of embedded systems, IoT, and ML.
    • Industry-Backed Vision: Partner with a proven leader in manufacturing innovation.
    • R&D Time: 10% of your week dedicated to exploration and open-source projects.
    • Professional Growth: Clear trajectory toward principal/architect roles.
    • Learning Culture: Attend global events like GopherCon or Embedded World.
    • Team Synergy: Participate in quarterly offsites with cross-disciplinary teams.


    Apply Today

    If you’re ready to lead innovation in embedded systems and help redefine how people sleep, we’d love to hear from you.



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