Support operator and systems integrator, during and after deployment of Facebook powered connectivity technologies
Contribute to complex projects via writing and reviewing specifications and test plans, with focus on end-to-end integration, security, network performance, key performance indicators, network and resource management systems
Analyze and debug performance issues on wireless networking products working with a cross functional group of engineers to root cause.
Integrate various hardware and software elements into end-to-end configurations that are ready for lab trials, field trials and deployment related activities.
Work cross-functionally with local municipalities, engineering, and 3rd party vendors.
Work cross functionally with partners, project management, and network engineering to build network designs to solve for connectivity requirements.
Develop test and validation plan for deployed wireless broadcast, point-to-point, point-to-multipoint and full mesh networks.
Travel regularly (up to 30%) in-region for meetings, technical reviews, and onsite delivery activities.
Firm understanding of networking architectures that provide connectivity to end users (at home, at work, at public spaces, in transportation, etc) and the relevant network design trade-offs and common deployment and operational challenges.
Strong knowledge of TCP/IP and commonly-used routing protocols (OSPF, BGP, MPLS)
Experience in working with Linux/Unix
Ability to automate and manage networks using programming languages such as Python
5+ years’ experience deploying, maintaining, and administering networks
Knowledge of test methodologies, writing test plans, creating test cases and debugging
Preferred: Experience with wireless telecommunications systems and equipment deployment in emerging markets.
Preferred: Experience within the wireless telecommunications industry specifically working with LTE RAN / Core Engineering, RF Engineering, IP Networking, Live network LTE Trials and commercial deployment.
Preferred: Technical knowledge of various regional electrical configurations, AC/DC power, power redundancy scenarios.
B.S. Electronics and Telecommunications or related discipline