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Über
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.
Sprachkenntnisse
- English
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