Master 5G baseband Developer
Ericsson · Bengaluru
- Experience18+ yrs
- SalaryNot disclosed
- Work modeunknown
- Levelstaff
- Posted28 Sept 2026
About Ericsson
Ericsson is hiring in Bengaluru in telecom. This role looks for around 18+ years of experience.
The role
A highly experienced software designer role at Ericsson in 5G New Radio (NR) telecommunications, focused on GPP 5G L1/L2 software design and especially high-performance 5G L2 Scheduler software modules. You lead software architecture for L2 Scheduler and MAC-layer requirements, with expertise in debugging, integration, and validation plus mentoring through design and code reviews. Based in Bengaluru, Karnataka, India (work mode not specified).
Full job description
Join our Team
About This Opportunity
At Ericsson, we are the world leader in 5G innovation and deployment, powering a connected future where technology improves the way we live and work. With unmatched expertise and market penetration in 5G New Radio (NR), we are shaping the future of communication – and pioneering advancements that will lead us into the era of 6G.
The Opportunity: For the first time, we are opening doors for highly skilled GPP 5G L1/L2 software designers in India to be part of our global development teams. This is your chance to contribute directly to the evolution of Ericsson 5G NR and play a critical role in defining how millions connect and communicate worldwide.
What I Bring To The Role
Deep software architecture expertise — 18+ years designing, developing, and optimizing high-performance 5G L2 Scheduler and general L2 software modules on GPP platforms, with a focus on clean abstractions, algorithmic efficiency, and long-term code health.Cross-functional technical leadership — Guiding global engineering teams through the full product lifecycle, translating complex scheduling and MAC-layer requirements into coherent software designs while mentoring engineers on implementation strategy.Forward-looking software stewardship — Driving 5G NR scheduler innovation with software architectures that anticipate 6G evolution, ensuring today's design decisions don't become tomorrow's technical debt.Rigorous software quality engineering — Leading debugging, integration, and validation of L2 Scheduler features to meet carrier-grade standards and operator SLAs, with an emphasis on building testability, determinism, and observability into the codebase.Collaborative technical governance — Shaping outcomes through design reviews, code reviews, and architecture forums that raise the bar for software craftsmanship across the organization.All academic credentials must be from recognized and accredited institutions and are further subject to verification