Description
We are seeking a Software Engineer to join our team at Hewlett Packard Enterprise in Bengaluru, Karnataka, India. This is a hybrid role that requires working 2 days a week from an HPE office.
As a Software Engineer, you will lead and contribute to product development activities, including investigation, design, and coding. You will design and develop features in areas such as L2/Bridging/L3/Routing/IPApps/Security/Classifiers for switches and routers. You will also contribute to the end-to-end switch product development life cycle and generate new ideas for product roadmap items.
Responsibilities:
- Lead and contribute to product development activities
- Design and develop features in areas such as L2/Bridging/L3/Routing/IPApps/Security/Classifiers
- Contribute to the end-to-end switch product development life cycle
- Generate new ideas for product roadmap items
- Carry out reviews of deliverables
Requirements:
- BE/BTech with 2-4 years of relevant experience
- Expertise in Enterprise networking products with L2/L3/Security Protocols & Features
- Experience designing and developing firmware for switches and/or network controllers
- Strong Operating System experience – Linux, GreenHills, VxWorks etc
- Expert knowledge in C
- Designing and integrating network solutions into overall architecture and hardware design
- Knowledge of advanced networking concepts – L2(xSTP, VLAN, LACP, LLDP, TRILL), L3 (OSPF, BGP, Tunnels), VxLAN, Multicast (PIM, IGMP), IPv6, Security (RADIUS/TACACS, SSH, Access Control)
- Experience with Network Development Tools - Sniffer, Traffic Generators, IXIA, Spirent etc
- Strong Network troubleshooting ability
- Experience using version control system – ex. GIT/Clearcase
- Good written and verbal communication skills
- Excellent analytical and problem-solving skills
Benefits:
- Comprehensive suite of benefits supporting physical, financial, and emotional wellbeing
- Investment in your career with programs to help you reach your career goals
- Unconditional inclusion and celebration of individual uniqueness