AI/ML Engineering Manager — Power & Utilities (Hybrid)

EY; Palo Alto (CA); Hybrid; USD 126.000 - 230.000; Vollzeit

Benefits dieser Stelle

Hybrid work model

Total Rewards package

Competitive compensation

Zusammenfassung

EY is seeking a Manager in AI Native Engineering to deliver innovative AI/ML solutions for Power & Utilities. You will lead cross‑functional teams, work with clients, and translate business needs into scalable analytics and data science initiatives across cloud and on‑prem environments.

The role requires 6–10 years of AI/DS/ML experience, strong Python skills, and proven leadership. EY offers a hybrid model, extensive rewards, and opportunities to impact critical utility operations.

Qualifikationen

• Bachelor’s degree required (4-year degree).
• 6–10 years of relevant AI, data science and/or ML experience.
• 2–4 years of experience directly managing technical teams.
• Strong Python skills and experience designing, building, and maintaining production AI/ML solutions.
• Experience with major cloud platforms and DevOps practices.

Aufgaben

• Lead workstream delivery and manage processes and projects.
• Guide teams to deliver scalable AI/ML solutions across data sources and platforms.
• Engage with clients; translate requirements into actionable analytics initiatives.
• Ensure governance, security, and regulatory compliance in AI deployments.
• Design AI/ML use cases relevant to Power & Utilities.

Kenntnisse

Python

Cloud platforms

Generative AI models

DevOps

Jira

SQL

Communication

Leadership

Ausbildung

Bachelor’s degree

4-year degree

Tools

OpenAI

PyTorch

Langchain

Git

Jobbeschreibung

EY is seeking a Manager in AI Native Engineering to deliver innovative AI/ML solutions for Power & Utilities. You will lead cross‑functional teams, work with clients, and translate business needs into scalable analytics and data science initiatives across cloud and on‑prem environments.

The role requires 6–10 years of AI/DS/ML experience, strong Python skills, and proven leadership. EY offers a hybrid model, extensive rewards, and opportunities to impact critical utility operations.