Responsibilities
- Protocol Leadership: Lead the test strategy for next-generation routing features, with a primary focus on Segment Routing (SR) and SRv6 (Segment Routing over IPv6).
- Automation Architecture: Design and optimize Python-based automation frameworks to validate SR/SRv6 policies, TI-LFA (Topology-Independent Loop-Free Alternate), and network slicing.
- Test Lifecycle Management: Create, execute, and manage high-scale test plans for L2/L3 protocols including BGP, OSPF, IS-IS, and MPLS.
- Failure Analysis & Debugging: Take ownership of analyzing complex failures. Use your expertise to perform root-cause analysis (RCA) by investigating system logs, FIB/LFIB tables, and packet captures.
- Performance & Scale: Conduct high-scale stress testing using IXIA/Spirent to validate the control plane and data plane performance of SRv6 endpoints.
- Mentorship: Guide junior engineers in developing robust test cases and high-quality Python code.
Qualifications
7+ years of experience in Networking Domain testing with a focus on L2/L3 Routing.
- Protocol Mastery:
- Advanced L3: Deep knowledge of OSPF, IS-IS, and BGP (specifically extensions for Segment Routing).
- Segment Routing: In-depth understanding of SR-MPLS and SRv6 architectures, including SIDs (uSID), LFA/TI-LFA, and Traffic Engineering (SR-TE).
- L2 Mastery: Strong experience with VLANs, xSTP, and L2VPN/EVPN.
- Expert Python Automation: 7+ years of experience writing production-grade Python scripts for network automation (e.g., PyTest, Netmiko, or Scapy).
- Hardware Tools: Expert-level proficiency with IXIA (IxNetwork) or Spirent for simulating SRv6 traffic and validating scale.
- Analysis Tools: Mastery of Wireshark for decoding SRH (Segment Routing Header) and other protocol extensions.
About Us
Tejas Networks is a global broadband, optical and wireless networking company, with a focus on technology, innovation and R&D. We design and manufacture high-performance wireline and wireless networking products for telecommunications service providers, internet service providers, utilities, defence and government entities in over 75 countries. Tejas has an extensive portfolio of leading-edge telecom products for building end-to-end telecom networks based on the latest technologies and global standards with IPR ownership. We are a part of the Tata Group, with Panatone Finvest Ltd. (a subsidiary of Tata Sons Pvt. Ltd.) being the majority shareholder. Tejas has a rich portfolio of patents and has shipped more than 900,000 systems across the globe with an uptime of 99.999%. Our product portfolio encompasses wireless technologies (4G/5G based on 3GPP and O-RAN standards), fiber broadband (GPON/XGS-PON), carrier-grade optical transmission (DWDM/OTN), packet switching and routing (Ethernet, PTN, IP/MPLS) and Direct-to-Mobile and Satellite-IoT communication platforms. Our unified network management suite simplifies network deployments and service implementation across all our products with advanced capabilities for predictive fault detection and resolution. As an R&D-driven company, we recognize that human intelligence is a core asset that drives the organization's long-term success. Over 60% of our employees are in R&D, we are reshaping telecom networks, one innovation at a time.
Diversity And Inclusion Statement
- Tejas Networks is an equal opportunity employer. We celebrate diversity and are committed to creating all inclusive environment for all employees.
- We welcome applicants of all backgrounds regardless of race color, religion, gender, sexual orientation, age or veteran status.
- Our goal is to build a workforce that reflects the diverse communities we serve and to ensure every employee feels valued and respected.
About The Team
Tejas Networks is driving cutting-edge research to revolutionize content delivery and wireless communication technologies. One major area of focus is the development of advanced solutions that integrate broadcast and cellular networks to enable seamless content distribution. These innovations aim to alleviate network congestion, reduce infrastructure costs, and enhance the overall user experience. A key outcome of this work is a next-generation Content Delivery Network (CDN) architecture that supports Direct-to-Mobile (D2M) delivery, developed in collaboration with leading CDN and content providers. This initiative is backed by a robust portfolio of patented technologies in broadcast and content delivery systems.
In parallel, significant efforts are being made to enhance the flexibility and efficiency of wireless network operations. Research in this domain includes the creation of a domain-specific language (DSL) that enables platform-independent expression of Radio Access Network (RAN) functions, helping reduce dependency on proprietary hardware. Additionally, advanced AI/ML techniques are being employed to automate network management, streamline operations, and optimize resource utilization—resulting in substantial cost savings and improved performance. These contributions have led to multiple patents and active participation in international standardization efforts.
