Submitting more applications increases your chances of landing a job.
Here’s how busy the average job seeker was last month:
Opportunities viewed
Applications submitted
Keep exploring and applying to maximize your chances!
Looking for employers with a proven track record of hiring women?
Click here to explore opportunities now!You are invited to participate in a survey designed to help researchers understand how best to match workers to the types of jobs they are searching for
Would You Be Likely to Participate?
If selected, we will contact you via email with further instructions and details about your participation.
You will receive a $7 payout for answering the survey.
* Design, develop, and port RDK/RDK‑B or vendor SDK modules on routers/modems across different OEMs.
* Implement C/C++ control services for LED, USB, FAN, and system state displays for cable modems/routers.
* Develop RTOS modules/drivers, SNMP interfaces, SSH/Telnet support, and voice/audio features.
* Build data control modules for Wi‑Fi 7 routers including cellular backup orchestration.
* Design TR‑369 (USP) based data collection/telemetry modules and define robust data models.
* Own system architecture, performance tuning (CPU/memory/latency), and reliability (watchdogs, crash dumps).
* Collaborate with hardware, QA, and cloud/DevOps teams for manufacturing tests, CI/CD, and field telemetry.
* Write high-quality design docs, test plans, and release notes; participate in code reviews and certification prep.
* Troubleshoot field escalations and drive root cause analysis across firmware, drivers, and network stack layers.
Nice-to-Have / Preferred:
* Wi‑Fi 7 expertise: MLO, 320 MHz channels, multi‑RU scheduling, AFC (where applicable).
* Experience with cellular modems (LTE/5G), failover and bonding, multipath.
* RDK telemetry adapters, USP controllers/agents, vendor data model mapping.
* Rust for systems modules (safety-critical or performance-sensitive components).
* Exposure to OpenWrt, prplOS/prplMesh, EasyMesh, and board bring‑up.
* Manufacturing line support: factory calibration, RF tests, firmware provisioning.
* Security: secure boot, trusted execution, key management, certificate provisioning.
* Compliance/certification: Docsis, Wi‑Fi Alliance, FCC/CE, operator acceptance test processes.
* Languages: C (expert), C++ (proficient); Python for tooling/automation; Shell scripting.
* Platforms: Linux (Yocto/OpenWrt-like build systems), RTOS (FreeRTOS/ThreadX or equivalent).
* Frameworks/Stacks: RDK/RDK‑B, Docsis (preferably 3.1/4.0), SNMP, TR‑369 (USP), TR‑069 (nice to have).
* Networking: Wi‑Fi (802.11ac/ax/be), TCP/IP, VLAN, QoS, NAT, firewall, routing, policy-based failover.
* Drivers/Middleware: GPIO/I2C/SPI/USB, LED/FAN control, audio subsystems, diagnostics, logging.
* Toolchains & Build: GCC/Clang, CMake/Make, cross-compilers, JTAG/UART, bootloader (U‑Boot), BSP/HAL.
* Version Control & CI: Git, GitLab/GitHub CI, artifact management, automated unit/integration tests.
* Quality & Reliability: Profiling, memory/performance optimization, watchdogs, crash analysis, core dumps.
* System Architecture: Module boundaries, IPC, threading/concurrency, resource management.
We are seeking a hands-on Senior Embedded Software Engineer to build and evolve next‑generation customer premises equipment (CPE) including DOCSIS 4.0 cable modems and Wi‑Fi 7 routers. You will design and develop firmware across multiple OEM platforms leveraging RDK/RDK‑B, vendor SDKs, and RTOS-owning modules from HAL to application services. The role spans system architecture, driver and middleware development, data models/telemetry (TR‑369), cellular backup integration, and performance/reliability engineering for production-grade devices.
You'll no longer be considered for this role and your application will be removed from the employer's inbox.