Vacancy description
recrew ai
India, Bengaluru
AI Platform Engineer in Bengaluru, India is listed on Jobeax. Browse 30,000+ vacancies available.
Role: Senior AI Platform Engineer Function: Platform Engineering / AI-ML / MLOps
Type: Full-time
Artificial Intelligence, Critical Infrastructure
A research-first AI company incubated at the Indian Institute of Science (IISc). The company is building advanced AI for the planning and operations of critical networks.
Its core technology is a World Model for critical networks — frontier AI, not another LLM wrapper. The founding team previously built and scaled a deep-tech company in the private 5G and cellular connectivity space.
The company's autonomous agents diagnose complex problems and plan actions across high-stakes infrastructure networks — and this role owns the platform that makes them run. As Senior Platform Engineer, you will build and own the core backend, data systems, and MLOps infrastructure that enable agents to operate reliably at scale, learn from every case, and remain fully observable and auditable. This is a deep-work IC role with direct reporting to the founders and outsized ownership over platform architecture from the ground up.
Own the agent serving and runtime path end-to-end, including model versioning, deployment pipelines, and rollback mechanisms using LangChain/LangGraph.
Build and maintain the tool and data integration layer connecting agents to external data sources, APIs, and domain-specific infrastructure systems.
Collaborate closely with agent, data, and domain teams to ensure platform abstractions support evolving research and product requirements.
4+ years of backend engineering experience building and operating production-grade, scaled software systems end-to-end.
Founding-team-level ownership over platform architecture at a seed-stage, IISc-incubated AI company.
Direct collaboration with founders and exposure to frontier AI research at the intersection of World Models, LLMs, and critical infrastructure.
Deep-work engineering culture — small team, high autonomy, minimal process overhead.