Artificial Intelligence & Machine Learning Engineer, Director
Location
New York, NY
Job Type
Full-time
Category
other-general
Posted
June 06, 2026
**About this role**
At BlackRock, technology is fundamental to how we serve clients and operate at scale. Aladdin—our industry‑leading, end‑to‑end investment management platform—embodies this by combining deep financial expertise with advanced data and AI capabilities.
We are seeking a Director of AI Platform / Engineering to provide technical and strategic leadership within the Aladdin AI Engineering organization. In this role, you will be responsible for shaping the direction of Aladdin’s AI platform, leading high‑impact engineering initiatives, and ensuring the delivery of scalable, reliable, and responsible AI solutions across investment, operations, and data science workflows.
This role requires a blend of hands‑on technical depth, architectural leadership, and people and delivery leadership. You will work closely with senior engineering leaders, product managers, data scientists, and business stakeholders to translate AI strategy into production‑grade p...
At BlackRock, technology is fundamental to how we serve clients and operate at scale. Aladdin—our industry‑leading, end‑to‑end investment management platform—embodies this by combining deep financial expertise with advanced data and AI capabilities.
We are seeking a Director of AI Platform / Engineering to provide technical and strategic leadership within the Aladdin AI Engineering organization. In this role, you will be responsible for shaping the direction of Aladdin’s AI platform, leading high‑impact engineering initiatives, and ensuring the delivery of scalable, reliable, and responsible AI solutions across investment, operations, and data science workflows.
This role requires a blend of hands‑on technical depth, architectural leadership, and people and delivery leadership. You will work closely with senior engineering leaders, product managers, data scientists, and business stakeholders to translate AI strategy into production‑grade p...