Lead Software Engineer - Applied AI Engineer (agentic/ Gen Ai)

JPMorgan Chase JPMorgan Chase · Banking · Mumbai, Maharashtra, India · Commercial & Investment Bank

Lead Software Engineer focused on building and productionizing agentic AI solutions, including agents, orchestrators, tool integrations, and RAG pipelines. The role involves owning the end-to-end lifecycle of AI systems, from prototyping to deployment and monitoring, with a strong emphasis on Python and Java development, cloud services, and MLOps practices.

What you'd actually do

  1. Build and productionize agentic AI solutions including agents, orchestrators, tool/function integrations, workflow/state management, and guardrails
  2. Design and develop Python and Java services (microservices and shared libraries) with strong API contracts and domain-driven design where applicable
  3. Architect and manage data pipelines, embeddings, and vector stores that power RAG and other AI capabilities, including prompt versioning, templating, and optimization for reliability
  4. Build evaluation and observability frameworks to monitor AI system performance, including hallucination detection, latency, accuracy, and user feedback loops
  5. Deliver AI-enabled business UI experiences in partnership with product and UX teams, translating wireframes and design specifications into polished, production-ready interfaces that ensure usability, performance, responsiveness, and accessibility

Skills

Required

  • Python
  • Java
  • React
  • TypeScript
  • agentic AI systems
  • multi-agent orchestration
  • LangChain
  • LangGraph
  • LLM orchestration
  • RAG
  • tool calling
  • prompt engineering
  • dynamic reasoning
  • model evaluation
  • output quality monitoring
  • feedback loops
  • AI coding tools
  • AWS

Nice to have

  • vector databases
  • OpenSearch
  • FAISSDB
  • embedding management

What the JD emphasized

  • Build and productionize agentic AI solutions
  • end-to-end lifecycle of AI systems
  • agentic architectures
  • LLM orchestration
  • agentic AI systems
  • multi-agent orchestration
  • LLM orchestration
  • RAG
  • tool calling
  • prompt engineering
  • dynamic reasoning
  • evaluating and integrating AI/LLM capabilities into production applications
  • model evaluation
  • output quality monitoring
  • feedback loops
  • AI coding tools
  • governance and compliance expectations for AI-enabled systems

Other signals

  • productionizing agentic AI solutions
  • end-to-end lifecycle of AI systems
  • apply deep technical expertise in agentic architectures, LLM orchestration