Senior AI Engineer — Generative AI & Databricks

EY; Boca Raton (FL); Hybrid; USD 107,000 - 201,000; Full time

Benefits offered by this job

Medical & dental coverage

Pension and 401(k) plans

Paid time off

Job summary

EY is hiring a Senior AI Engineer to lead data and AI solutions on the Databricks platform. You will work with clients to design scalable ML/AI pipelines, implement generative AI features, and ensure robust production deployments.

Expect heavy collaboration across data scientists, engineers, and client teams. You will apply a product‑centric approach to develop AI capabilities, drive MLOps practices, and deliver measurable business value on a global platform while operating in a hybrid

Qualifications

• Bachelor’s degree or higher in a technical field; advanced degrees preferred.
• 3–6 years of full-time AI/ML experience; Databricks platform expertise.
• Strong Python, PySpark, and Scala skills; experience with ML pipelines and MLOps.

Responsibilities

• Research, design, and implement scalable AI/ML solutions on Databricks.
• Build data pipelines and AI solutions including generative AI and agentic AI.
• Monitor and improve learning models with MLflow, tracing, and performance tuning.
• Collaborate with diverse teams and guide clients on AI strategy and deployment.
• Deliver production-grade AI solutions within a hybrid, client-facing environment.

Skills

Python

PySpark

Scala

MLOps

Education

Bachelor’s degree

Master’s degree (preferred)

Tools

Databricks

Unity Catalog

MLflow

Delta Lake

Git

Azure DevOps

Spark

Job description

EY is hiring a Senior AI Engineer to lead data and AI solutions on the Databricks platform. You will work with clients to design scalable ML/AI pipelines, implement generative AI features, and ensure robust production deployments.

Expect heavy collaboration across data scientists, engineers, and client teams. You will apply a product‑centric approach to develop AI capabilities, drive MLOps practices, and deliver measurable business value on a global platform while operating in a hybrid