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Cellular DevOps EngineerManpowerGroup Global, Inc. • Waterford, California, United States
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Cellular DevOps Engineer

ManpowerGroup Global, Inc.
  • US
    Waterford, California, United States
  • US
    Waterford, California, United States
Jetzt Bewerben

Über

Our Fortune 500 client (One of the world's companies) in Menlo Park, CA is looking for hardworking, motivated talent to join their innovative team. Are you a Cellular DevOps Engineer with a passion for collaborating with multiple teams and an interest in working onsite? Don't wait... apply today! Position Title: Cellular DevOps Engineer. Duration: 6+ months with high possibilities of extension. Onsite: Menlo Park, California 94025. Pay Range: $80-90 per hour.
Team Network Infrastructure & Labs - Cellular Connectivity Role Overview We are seeking a Cellular-DevOps Engineer to join our Wearables Cellular team within Engineering Labs. This role sits at the intersection of public and private 5G/LTE cellular network engineering and DevOps automation, supporting the development and testing of next-generation wearable devices with cellular connectivity. You will be responsible for building, operating, and automating the infrastructure that enables end‑to‑end cellular testing – from RF signal path optimization and modem provisioning to CI/CD pipeline integration and automated IP management services. This is a hands‑on engineering role that requires both hardware lab familiarity and strong software/automation skills.
Key Responsibilities
Cellular & RF Engineering (40%)
Private 5G/LTE Network Operations: Configure and maintain small‑cell/callbox infrastructure supporting NR SA, LTE, and NR‑RedCap across multiple frequency bands (n2, n5, n25, n66, B2, B5, B66)
RF Signal Path Management: Optimize RSRP/RSRQ/SINR measurements in shielded test environments; troubleshoot signal path issues including cabling, attenuation, and antenna configuration
Device Modem Provisioning: Manage modem calibration file provisioning, EFS (Embedded File System) operations, QMI/DIAG interfaces, and modem mode configuration
Cellular E2E Test Execution: Run and validate NR attach/detach cycles, data path verification (ping/DNS/iperf3), GNSS integration, and multi‑RAT connectivity scenarios
Hardware Lab Operations: Stage and pair devices in shield boxes, manage rack equipment mapping, coordinate with callbox vendors, and maintain reference device baselines.
DevOps & Automation (40%)
CI/CD Pipeline Integration: Configure and maintain automated test lanes – both blocking and non‑blocking – for cellular test suites within continuous integration frameworks
Infrastructure‑as‑Code: Manage network ACLs, network configuration pushes, proxy filters, and DNS automation pipelines
Service Development (Python): Build and maintain automated services such as IP management pipelines (static routing, DNS verification, asset tagging, batch processing)
Database & State Management: Administer MySQL databases, schema migrations, configuration management systems, and service state stores
Monitoring & Observability: Instrument services with time‑series metrics, manage alerting thresholds, respond to health alerts, and track SLA compliance
Inventory & Asset Management: Extend and maintain device inventory systems – CLI tools, reservation workflows, and device registration pipelines
Test Framework & Tooling (20%)
E2E Test Development: Author config‑driven cellular E2E tests (JavaScript/Jest) covering LTE, NR SA, NR‑RedCap, and attach/detach scenarios
Callbox Integration Tooling: Develop and maintain Python/Thrift bridges for callbox queries and control RPCs
Modem Utility Libraries: Contribute to shared libraries for device‑side modem management (mode switching, airplane mode, cellular measurements)
Lab Network Tooling: Build and maintain lab network management features (PoE control, port management, VLAN allocation)
Required Qualifications
3+ years of experience in cellular/wireless engineering, DevOps, or a combined infrastructure role
Private cellular network experience: Hands‑on with 4G LTE and/or 5G NR – including cell planning, RF measurements (RSRP, RSRQ, SINR), and UE attach/registration flows
Programming proficiency: Python (primary) with working knowledge of JavaScript; ability to write production services and test automation
Linux systems administration: Comfortable with shell scripting, systemd services, networking (VLANs, static routing, iptables/nftables), and embedded device interaction (adb, fastboot, serial)
Infrastructure automation: Experience with at least two of: CI/CD pipelines, Infrastructure‑as‑Code, configuration management, database administration, or monitoring systems
Debugging mindset: Ability to troubleshoot across the full stack – from RF signal levels and modem firmware to service RPCs and database queries.
Preferred Qualifications
Experience with Amarisoft or similar small‑cell/callbox platforms (Keysight, R&S)
Familiarity with Qualcomm modem tooling (QXDM, QMI, DIAG, NV item provisioning, EFS management)
Exposure to wearable/IoT device development or testing
Experience with Thrift/gRPC service development and service mesh architectures
Knowledge of MCTP/NCSI or other baseboard management protocols
Background in test automation frameworks (Jest, pytest, or similar)
Familiarity with network security tooling (ACL generation, firewall policy management)
Experience operating shielded/anechoic test environments.
What We're Looking For
Quick Learner: Pick up new tools, protocols, and systems fast – whether it's a new modem chipset, a CI framework you haven't used before, or an unfamiliar RF measurement technique. Don’t wait to be taught; dig in and figure it out.
Self‑Starter: Identify problems and fix them without waiting for someone to assign the work. Take ownership when you see a gap in automation or a flaky test.
Comfortable with Ambiguity: Thrive in a role that spans hardware, software, and RF – not terrified by open‑ended problems.
Collaborative: Work across disciplines (firmware, RF, DevOps, test engineering) and communicate clearly with people who have different technical backgrounds.
Bias Toward Action: Ship incremental improvements rather than waiting for the perfect solution. Iterate actively in production lab environments where speed matters.
Detail‑Oriented Under Pressure: RF and modem work demand precision – double‑check your work and build safeguards into your automation.
What Success Looks Like (First 6 Months)
Month 1‑2: Onboard to the cellular lab environment; gain hands‑on familiarity with the callbox infrastructure, wearable devices, and the existing test suite.
Month 2‑3: Own and extend one automation pipeline (e.g., IP management or device inventory); deliver at least one improvement to reliability or throughput.
Month 3‑4: Author or extend a cellular E2E test covering a new band/RAT/scenario; integrate it into the CI pipeline as an automated gate.
Month 4‑6: Drive an infrastructure improvement end‑to‑end – e.g., automated modem provisioning, callbox health monitoring, or test fleet scaling.
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  • Waterford, California, United States

Sprachkenntnisse

  • English
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