B V G S Ram Sharma

At Ciena as a part of Routing Switching and Datacentre Portfolio R&D Technical Lead for disaggregated software for distributed NFV, white box NTE and coherent fiber deep packet networking products, In my role as an individual contributor, I work as a part of the Regression Team, overseeing regression execution, analysis, and reports. I work closely with diverse business teams to efficiently manage regression cycles and handled critical issues. My work also involves a understanding of Quality of Service (QoS), including network slicing, differentiated services, and traffic management. I also gained knowledge in Operations, Administration, and Maintenance (OAM), and Fault and Performance Monitoring for routing and switching networks. This role provides me with the opportunity to lead, manage, and contribute to various critical aspects of the business, enhancing my technical and soft skills.

At Wipro Technologies, I held multiple technical and leadership roles across large-scale telecom and networking programs. As a Test Team Lead on Ericsson OSS-RC (Operations Support System – Radio & Core), I led testing for Wireline Core, 2G, 3G, and LTE networks. Responsibilities included test planning and execution, network configuration, monitoring, troubleshooting, and upgrade validation, working closely with cross-functional teams to ensure system stability and performance. On the Ericsson Smart Edge Service Routers project, I designed and developed test cases using Perl, validating IPOS-REF chassis features and protocols including BFD, OSPF, BGP, GRE, and VPNs, ensuring scalability and interoperability of carrier-grade routing platforms. As a Technical Lead, I drove Python-based test automation for the F5 BIG-IP Local Traffic Manager (LTM) module. This covered installation and upgrade testing, load balancing, monitors, profiles, persistence, SSL traffic processing, NAT/SNAT, iRules, and high-availability configurations with redundant pairs, improving automation coverage and regression reliability. In my role as Kanban Master / Scrum Master, I facilitated Agile ceremonies for the PLM feature team, collaborating with clients, PLM, and account teams on deployment scenarios, testing scope, and release readiness. I worked closely with development teams to understand code changes for PR fixes and new features, guiding targeted verification strategies. Additional responsibilities included driving RCA for customer-reported defects, converting defect learnings into automation, contributing scripts to regression suites, identifying testing gaps, sharing knowledge through tech talks and documentation, and mentoring new hires with hands-on technical guidance.

As a Technical Lead in the DSL Physical Layer Test Team, I was responsible for feature testing, regression, performance, and conformance validation against TR-100 / TR-114 standards. I evaluated new features for release readiness and ensured interoperability between end-user devices and DSL line cards from multiple chipset vendors, including Broadcom, Lantiq, and Ikanos, capturing detailed performance statistics. I conducted extensive Layer-1 physical layer testing under varying real-world conditions such as loop length variations, bridge taps, and noise interference. This involved inducing controlled noise using noise couplers/generators and simulating cable lengths between CPE and CO using European and American DSL loops. My role also included defining overall test strategy, creating test plans and test lists, deriving new test cases from customer requirements, setting up and maintaining test beds, executing test cases, and managing defect lifecycles. I tracked defects and test execution status using the ASTRA test tool, verified fixes, and produced detailed test reports to support release decisions.

As a Senior Software Engineer, I focused on stability, performance, and automation testing for DSL access platforms. I developed and executed test automation using Tcl/Tk, improving test efficiency and repeatability. I gained deep hands-on experience with ISAM configurations, including QoS, VLANs, ATM PVCs, spectrum profiles, and service profiles. I performed system stability and performance validation using Spirent traffic generators, covering scenarios such as PPPoA over Ethernet, routed bridge VLANs, and cross-connect VLANs. Responsibilities included defining test strategies, creating test cases and test lists, setting up test environments, executing tests, identifying and tracking defects, verifying fixes, providing daily test status updates, and preparing comprehensive test reports.

At FutureSoft (now Aricent), I worked on the SwitchCore platform, contributing to the development and validation of Layer 2 switch features. My responsibilities included extensive unit testing and regression testing of L2 switches, requiring a strong understanding of switch configurations, forwarding behavior, and operational workflows. I automated test cases using Tcl/Tk, significantly improving test efficiency, repeatability, and accuracy. Operating in a fast-paced delivery environment, I consistently met project deadlines while maintaining high quality standards through structured testing, effective defect analysis, and strong problem-solving skills.

As a Faculty Member at Majhagharini Institute of Technology and Sciences (MITS), I taught and mentored MCA and B.Tech students across core computer science subjects including C Programming, Graph Theory, Computer Architecture, and Operating Systems. My responsibilities included designing structured lesson plans, delivering engaging and concept-driven lectures, and evaluating student performance through assignments, exams, and projects. I was recognized for simplifying complex technical concepts and making them accessible and practical for students. I remained committed to mentoring students, supporting their academic development, and guiding them toward successful educational and career outcomes.