Leandata
Staff Engineer, Agentic AI
Santa Clara, Remote. Posted 4 months ago
The role
You will design and ship production multi-agent systems for a new platform of autonomous agents. You will work with engineering and product leadership to build architecture that reasons over go-to-market data at enterprise scale.
What you will do
- Designing and building multi-agent systems that work with complex data structures and varying policies
- Establish patterns and best practices to help the team build better and faster
- Work on agent control loops, planning, orchestration graphs, tools, coordination, handoffs, state, and durability
- Build the safe write-back path for agent decisions to customer live systems
- Measure, test, and evaluate everything shipped using eval cases, rubrics, and regression tests
- Develop guardrails for agentic systems
- Integrate frontier LLMs behind a model-agnostic abstraction
- Own the cost, latency, and reliability of the surface
Required qualifications
- 4+ years building production systems
- 2+ years shipping LLM-powered or agentic systems
- Shipped customer-facing LLM or agent systems that real users depend on
- High agency: scope, prioritize, and ship without waiting for permission
- Ability to reason, make decisions, and act in the face of ambiguity
- Strong, current Python
- Hands-on with a modern agent framework / orchestration (e.g. LangGraph or agent SDKs), tool/function-calling, structured outputs, retrieval (RAG), and context/memory management
- Strong systems-engineering fundamentals (concurrency, distributed systems, statefulness, latency and cost at scale)
- Skill debugging deep, non-deterministic failures in multi-step agent traces
Nice to have
- TypeScript or Go
- Experience with Salesforce APIs (Bulk 2.0, Composite, Pub/Sub) or another large, messy enterprise data source
- A founder or founding-engineer background
- Contributions to open-source agent or LLM tooling
About the company
LeanData helps the world's fastest-growing companies automate, simplify, and accelerate revenue.