Senior Agentic AI Engnieer
Sapiens · Bengaluru
- Experience5–8 yrs
- SalaryNot disclosed
- Work modeonsite
- Posted1 Oct 2026
About Sapiens
Sapiens is hiring in Bengaluru in insurance. This role looks for around 5+ years of experience.
Skills
- LangGraph
- Python
- RAG systems
- Claude
- Claude Code
- Azure AI Foundry
- MCP
- CI/CD
- Observability
- Tracing
- Debugging
The role
A generative AI engineer at an insurance software company builds agentic AI systems using RAG systems, LangGraph, and Python, integrating enterprise tools and document workflows. Production work also applies Azure AI Foundry and MCP-based interoperability patterns to deliver reliable implementation automation.
Full job description
Senior Agentic AI Engineer
About the Role
Insurance software implementations are among the most complex, document-heavy, and process-intensive programmes in enterprise technology. A single implementation can involve thousands of configuration decisions, hundreds of requirement documents, and years of delivery time. Sapiens is rebuilding how that work gets done — using production-grade AI agents that operate across the full implementation lifecycle, from pre-sales and scoping through to configuration, testing, and go-live.
Retrieval, grounding & context engineering
Develop end-to-end RAG pipelines: ingestion, chunking, embeddings, vector and hybrid retrieval, reranking, contextual compression, and grounding strategies
Engineer memory and context management — conversational state, persistent memory, retrieval-aware context assembly, and token-efficient context selection
Apply MCP-style tool and context interfaces so agents access the right information at the right time across enterprise knowledge repositories, document sources, and structured configuration data
Integration & production craft
Build integrations with internal and external tools, APIs, enterprise systems, databases, and model providers so agents operate reliably within real delivery workflows
Deliver production-quality Python code with strong practices in testing, CI/CD, logging, versioning, and documentation; make architecture decisions that balance quality, reliability, latency, cost, and model risk
Translate ambiguous, high-complexity implementation processes into robust system logic and reusable AI patterns; stay current with advances in agentic systems and translate research into practical engineering decisions
Required Qualifications
Demonstrated depth building and shipping production agentic AI systems — we weigh shipped systems over years in a title
Strong, hands-on experience with LangGraph or equivalent agentic orchestration frameworks, including custom orchestration
Deep proficiency in Python — clean, testable, production-ready code
Experience designing and optimising end-to-end RAG systems: indexing, retrieval, reranking, grounding, and evaluation
Daily working proficiency with Claude (Anthropic API) and Claude Code — you use these tools every day, not occasionally
Experience building and deploying agents on Azure AI Foundry or an equivalent enterprise cloud AI platform
Practical understanding of LLM behaviour — strengths, limitations, hallucination risks, reasoning constraints, and the evaluation methods used to measure them
Experience evaluating and debugging agent behaviour at trajectory and task level, not just output quality
Hands-on experience with MCP-based interoperability patterns and tool-calling agent design
Modern software practices: testing, CI/CD, observability, tracing, and debugging for LLM-based systems in production
Preferred Qualifications
Experience with multi-agent orchestration and agent collaboration patterns
Familiarity with vector databases — Pinecone, Weaviate, Azure AI Search, OpenSearch
Experience building agents that process complex, unstructured document types — contracts, RFPs, configuration files, regulatory documents
Exposure to model adaptation techniques such as LoRA or QLoRA
Prior work in insurance, financial services, or enterprise SaaS implementation environments
Demonstrated habit of staying current with AI research, benchmarks, and emerging engineering patterns