
Senior Agentic Ai Engineer Sapiens Bengaluru
Builds and orchestrates agentic AI systems (LangGraph, MCP) and uses AI assistants like Claude — directly focused on agent-driven, AI-assisted engineering.
About the Role
Senior Agentic AI Engineer at Sapiens in Bengaluru to design, build, and productionize agentic AI systems that automate complex, document-heavy insurance implementation workflows. The role focuses on agent architecture and orchestration, RAG pipelines, reliability and safety, and integrations with enterprise systems to deliver auditable, production-grade automation.
Job Description
Role
Senior Agentic AI Engineer responsible for designing and implementing production-grade agentic systems to automate complex, document-intensive insurance implementation processes. The role covers agent architecture and orchestration, retrieval and grounding, reliability and safety, evaluation, and integrations with enterprise tools and model providers.
Key Responsibilities
- Design and implement agentic systems capable of multi-step reasoning, planning, tool use, and workflow execution across implementation lifecycles.
- Build stateful workflows (branching, retries, self-correction, human-in-the-loop checkpoints) using LangGraph or equivalent orchestration frameworks.
- Engineer for long-horizon reliability: multi-step task completion, recovery from compounding errors, planning under uncertainty.
- Develop end-to-end RAG pipelines: ingestion, chunking, embeddings, vector/hybrid retrieval, reranking, contextual compression, and grounding strategies.
- Implement conversational state and persistent memory, retrieval-aware context assembly, and token-efficient context selection.
- Apply MCP-style tool and context interfaces for agent access to enterprise knowledge repositories and structured configuration data.
- Implement observability and tracing for prompts, tool calls, retrieval quality, agent traces, failures, drift, latency, and production behavior.
- Apply guardrails, safety controls, and failure-handling to reduce hallucinations in agents used in live client settings.
- Evaluate agents at trajectory and task level with sandboxed tests, regression analysis, automated checks, and human review.
- Build integrations with internal/external tools, APIs, enterprise systems, databases, and model providers.
- Deliver production-quality Python code with strong testing, CI/CD, logging, versioning, and documentation practices.
- Translate ambiguous implementation processes into robust system logic and reusable AI patterns.
Requirements
- Demonstrated experience building and shipping production agentic AI systems.
- Strong, hands-on experience with LangGraph or equivalent agentic orchestration frameworks, including custom orchestration.
- Deep proficiency in Python with production-grade code, testing, and documentation practices.
- Experience designing and optimizing end-to-end RAG systems: indexing, retrieval, reranking, grounding, and evaluation.
- Daily working proficiency with Claude (Anthropic API) and Claude Code.
- Experience building and deploying agents on Azure AI Foundry or equivalent enterprise cloud AI platforms.
- Practical understanding of LLM behavior, hallucination risks, reasoning constraints, and evaluation methods.
- Experience evaluating and debugging agent behavior at trajectory and task level.
- Hands-on experience with MCP-based interoperability patterns and tool-calling agent design.
- Modern software engineering practices for LLM systems: testing, CI/CD, observability, tracing, and debugging.
Preferred Qualifications
- Experience with multi-agent orchestration and agent collaboration patterns.
- Familiarity with vector databases such as Pinecone, Weaviate, Azure AI Search, OpenSearch.
- Experience processing complex, unstructured document types (contracts, RFPs, configuration files, regulatory documents).
- Exposure to model adaptation techniques like LoRA or QLoRA.
- Prior experience in insurance, financial services, or enterprise SaaS implementation environments.
- Habit of staying current with AI research, benchmarks, and emerging engineering patterns.