Job
Description
As a Datacom Protocol Engineer, this role focuses on the development of software for advanced access networks, specifically within the Nokia Lightspan product family. It involves designing and implementing new features for the Lightspan products. You have: Graduate or Postgraduate in Engineering stream with 8+ years of experience in L2 & L2+ protocol development Advanced programming skills in C or C++, with expertise in Object-Oriented Programming (OOP) and the design and development of complex software systems. Any combination of L2 & L2+ protocols => Layer 2 Forwarding, Switching, VLAN, xSTP, LLDP, IGMP, ARP, 802.1x, QoS, DHCP, PPPoE, ERPS, CFM, EFM-OAM, ANCP, Radius and LACP. Experience with products like xDSL, GPON, and IPDSLAM, aligning well with the product line will be added advantage. Experience in recruitment analysis, architecture and design. It would be nice if you also had: Understanding of network configuration protocols like NetConf and YANG. Troubleshooting and analytical skills to address complex issues in both software and, minimizing product downtime. A commitment to maintaining high-quality standards across all stages of the product lifecycle, which is central to my approach to software development. Apply expertise in IP-based networks and Layer 2/Layer 2+ Access protocols to develop software for the Lightspan family, ensuring it meets required standards. Leverage customer feedback to continually refine and enhance product features, ensuring robustness in live deployments. Collaborate closely with R&D, product management, and customer support to ensure a seamless development process and timely delivery of features. Deepen expertise in a subset of L2 & L2+ Access protocols including but not limited to Ethernet, Layer 2 Forwarding VLAN, QoS, Multicast, DHCP, PPPoE, 802.1x, Radius, CFM, ERPS, xSTP, LLDP, LACP, ANCP, Radius, etc. and stay updated with emerging network technologies. Mentor and guide junior team members, gaining leadership experience and overseeing projects with limited risks. Enhance troubleshooting skills by diagnosing and resolving complex hardware and software issues across customer environments. Continue to innovate and enhance the product s software architecture and development processes, learning new tools and methods to improve efficiency.
