Senior AI Engineer for Autonomous Supply Chain & LLMs

Motorola Solutions; Chicago (IL); On-site; USD 75,000 - 125,000; Full time

Benefits offered by this job

Incentive bonus

Medical insurance

Dental insurance

Vision insurance

401K with match

Paid holidays

Paid time off

Employee stock purchase plan

Parental leave

Family leave

Job summary

Motorola Solutions is seeking a Senior Applied AI Engineer to drive end-to-end AI product development for our global supply chain. You will design scalable LLM deployments, build multi-agent systems, and partner with leadership to translate bottlenecks into autonomous AI solutions.

You will mentor engineers, set MLOps standards, and deliver secure, low-latency architectures that integrate with ERP and warehouse data for real-time decisioning.

Qualifications

• 5+ years of software/data/ML engineering with production AI/LLM experience.
• Strong Python, SQL and cloud infra with distributed systems know-how.
• Experience with LLM orchestration frameworks and AI agents.

Responsibilities

• Architect, deploy and scale enterprise LLMs and AI agents.
• Lead multi-agent workflows and secure execution environments.
• Build real-time event pipelines for proactive decisions.
• Evaluate and migrate to next-gen agentic frameworks.
• Mentor engineers and set MLOps standards.

Skills

Python

SQL

Distributed systems

Cloud infrastructure

LLM orchestration

Docker

Kubernetes

CI/CD

Data visualization

BI tools

Education

Bachelor's Degree in Computer Science or related field

Tools

LangChain

LangGraph

AutoGen

CrewAI

Pinecone

Weaviate

Job description

Motorola Solutions is seeking a Senior Applied AI Engineer to drive end-to-end AI product development for our global supply chain. You will design scalable LLM deployments, build multi-agent systems, and partner with leadership to translate bottlenecks into autonomous AI solutions.

You will mentor engineers, set MLOps standards, and deliver secure, low-latency architectures that integrate with ERP and warehouse data for real-time decisioning.