Jobs at Tarana Wireless, Inc.

Develop and improve MAC-layer scheduling algorithms for fixed wireless broadband systems. Responsibilities include debugging production code and real hardware, analyzing live-network telemetry, building simulations, owning software components, and proposing algorithmic changes that improve deployed network performance. The role emphasizes strong algorithms, mathematics, performance-sensitive programming, and clear technical reasoning, with opportunities to learn wireless communications and systems engineering.

Design, develop, integrate, and optimize system software for gigabit wireless communication systems. Responsibilities include requirements gathering, architecture and interface design, protocol state machines, test frameworks, C++/Linux implementation, code and design reviews, embedded hardware integration, debugging, and network packet-processing performance optimization.

Design, develop, and integrate network and cloud software for wireless communication systems. Responsibilities include Layer 2/3 networking, packet processing, routing, switching, VLANs, traffic management, hardware interfacing, security services, device provisioning, telemetry, fault analysis, and resilient network services. The role requires hands-on C/C++ systems programming, advanced networking expertise, embedded telecom experience, and technical ownership across the software development lifecycle.

Lead development and maintenance of Python-based QA automation frameworks and test tools for wireless and cloud products. Build UI and backend automation, implement AI-based testing improvements, maintain Jenkins or GitLab pipelines, review test code, define automation roadmaps, and communicate testing status. The role requires extensive QA automation experience, API and UI testing expertise, Unix/Linux skills, version control proficiency, and familiarity with networking tools and telecom or SaaS environments.

Validate and test RF transceiver boards and antennas (3–7 GHz): measure s-parameters and patterns, characterize RF subsystems over temperature, troubleshoot failures, analyze data, and produce test reports while supporting production.

Leads hardware failure analysis and diagnostics from returned field units through root cause, disposition, and corrective action. Develops Python and Bash automation, test plans, lab procedures, acceptance criteria, and diagnostic tools for embedded Linux hardware. Investigates RF, memory, power, serial, GPS, and timing issues using laboratory equipment and cross-functional evidence. Identifies fleet-wide quality trends, validates new hardware, improves QA processes, mentors engineers, and drives corrective actions to closure.

Designs and ships MAC-layer scheduling algorithms for next-generation fixed wireless access networks. Responsibilities include spectrum and resource allocation, link adaptation, interference management, simulation, telemetry analysis, production C++ development on Linux, field validation, robustness testing, and collaboration with systems, DSP, and field teams. The role also evaluates machine learning for embedded real-time systems and mentors engineers while resolving complex performance issues in deployed networks.

Lead the architecture, design, and development of network software for wireless communication systems. Responsibilities include data and control plane development, Layer 2 networking, switching, traffic management, security, device and cloud management, provisioning, telemetry, diagnostics, and hardware interfacing. The role requires deep networking expertise, C/C++ systems programming, UNIX knowledge, telecom or embedded product experience, and technical leadership across cloud software development and operations.

Build and maintain cloud infrastructure and CI/CD pipelines (GitLab). Automate environment creation with Terraform, manage Kubernetes clusters and Istio, deploy cloud services (Kafka, Elasticsearch, Redis, RDS), implement monitoring and scaling, support production systems, and provide on-call troubleshooting and non-disruptive release capabilities.

Design and develop software-defined connectivity solutions, managing network services, device management, and ensuring system performance and reliability.

Lead design, develop, integrate, and test platform and system software for multi-core ARM embedded Linux/RTOS products. Drive features end-to-end, debug hardware/software interactions in the lab, automate tests, support manufacturing qualification, and enable application developers with platform expertise.

As a Senior Embedded Software Engineer, you will develop and maintain an operating platform for next-gen wireless products, collaborating across teams and validating product functionality, while managing projects independently.