Senior Software Engineer - GoLang & Kubernetes Orchestration - (R0000335) Bangalore
New Relic · Bangalore, India · Telemetry Data Platform
About this role
New Relic is hiring a senior-level Backend Engineer in the software engineering function based in Bangalore, India. The posting calls out experience with Go, Kubernetes, Helm, API Development and roughly 5–7 years of relevant work.
- Role
- Backend Engineer
- Function
- software engineering
- Level
- senior
- Track
- Individual contributor
- Employment
- Full-time
- Location
- Bangalore, India
- Experience
- 5–7 years
- Department
- Telemetry Data Platform
More roles at New Relic
Job description
from New Relic careersWe are a global team of innovators and pioneers dedicated to shaping the future of observability. At New Relic, we build an intelligent platform that empowers companies to thrive in an AI-first world by giving them unparalleled insight into their complex systems. As we continue to expand our global footprint, we're looking for passionate people to join our mission. If you're ready to help the world's best companies optimize their digital applications, we invite you to explore a career with us!
Your opportunity
As a Senior Software Engineer within the Container Fabric (CF) organization, you will be a key driver in evolving New Relic’s global internal platform. We are looking for an operations-heavy engineer with 5–7 years of experience who can bridge the gap between high-performance Go development and large-scale Kubernetes orchestration. You will play a "Captain" role, leading critical deliverables and mentoring junior engineers while maintaining the reliability of our global fleet.
What you'll do
- Architectural Leadership: Drive the design and implementation of internal tools using Golang, specifically focusing on Kubernetes Operators and Controllers to automate resource management.
- Platform Orchestration: Lead complex infrastructure shifts
- Operational Excellence: Take ownership of incident response, authoring comprehensive retrospectives and implementing systemic hardening to prevent recurrence using advanced overcommit strategies.