Agentic AI Engineer for Autonomous Supply Chains

Stellantis; Auburn Hills (MI); On-site; USD 120,000 - 170,000; Full time

Job summary

Stellantis is building an AI-enabled supply chain and seeks an Agentic AI Developer to design and build production-grade AI agents that reason, decide, and act across enterprise systems.

The role focuses on agent orchestration, tool-calling, RAG/context retrieval, evaluation, and safety guardrails enabling autonomous planning, logistics, and operations decisions throughout the supply chain.

Qualifications

• Bachelor's or Master's degree in computer science, data science, engineering, or a related field.
• 8+ years of professional software and/or AI engineering experience with 3+ years in supply chain or enterprise ops.

Responsibilities

• Build autonomous AI agents using LLMs, reasoning frameworks, tool‑calling, memory, and guardrails.
• Design multi‑step planning and decision logic for safe, intelligent agent actions.
• Integrate agents with APIs, microservices, and workflow systems (e.g., Logic Apps, Power Automate).
• Develop evaluation frameworks to measure agent performance, reliability, and safety.
• Collaborate with data science, automation, and product teams to embed signals into agent workflows.
• Translate business processes into structured agent behaviors and decision flows.
• Ensure compliance, observability, and governance for agentic systems.

Skills

Software engineering

AI engineering

LLMs / prompt engineering

APIs / microservices

Python

LangChain

Orchestration tools

Education

Bachelor's or Master's in CS/DS/Engineering

Tools

LangChain

Semantic Kernel

AutoGen

Logic Apps

Power Automate

Job description

Stellantis is building an AI-enabled supply chain and seeks an Agentic AI Developer to design and build production-grade AI agents that reason, decide, and act across enterprise systems.

The role focuses on agent orchestration, tool-calling, RAG/context retrieval, evaluation, and safety guardrails enabling autonomous planning, logistics, and operations decisions throughout the supply chain.