Drimva

JPMorgan Chase

Applied AI/ML Lead - Vice President - Payments

$171K–$260K

New York, NY +2 · Director · Full-time · Posted May 12, 2026

Location
New York, NY
Palo Alto, CA
Seattle, WA
Experience
6+ years of industry experience delivering applied ML, or PhD with equivalent applied experience.
Education
Master’s or PhD in Computer Science, Machine Learning, Statistics, Mathematics, Operations Research, or related field.

About the job

Leads hands-on delivery of production AI/ML capabilities across payments, applying neural networks to improve fraud and risk outcomes, operational automation, and client experience.

What you'll do

  • Own an AI/ML problem area from opportunity sizing and problem framing through production rollout and iteration.
  • Design, build, evaluate, and operate production ML systems, including model monitoring, governance, and performance improvement.
  • Set technical direction and lead execution through partnership, reviews, mentoring, and communication with stakeholders.

What they ask for

  • Master’s or PhD in a related field, plus 6+ years of industry experience delivering applied ML; alternatively, a PhD with equivalent applied experience.
  • Track record of shipping ML models into production with measurable business impact and post-launch iteration.
  • Hands-on expertise in neural networks and Transformers, including fine-tuning, distillation or compression, and robust evaluation.
  • Strong Python and PyTorch or TensorFlow skills; experience with SQL, distributed processing, and AWS or equivalent cloud.

Nice to have

  • Payments domain experience.
  • Experience with streaming or real-time architectures, ML platforms/MLOps, Docker/Kubernetes, or Databricks and Snowflake.

Pay

USD 171,000.00-$260,000.00 base salary (New York, NY); USD 171,000.00-$260,000.00 base salary (Palo Alto, CA); USD 171,000.00-$260,000.00 base salary (Seattle, WA)

Tools

Transformers, Python, PyTorch, TensorFlow, SQL, Spark/PySpark, AWS, Docker/Kubernetes

AI focus

Build, fine-tune, distill, and deploy neural-network models—including Transformers—for fraud and risk, anomaly detection, payment automation, and routing or authorization optimization.

Model-written summary · the original posting is authoritative

First seen Oct 28, 2026 · Last verified Nov 6, 2026 (UTC)