Remote Compliance Manager — Ownership & Impact

Filrsafekeep; Thousand Oaks (CA); Hybrid; USD 124,000 - 194,000; Full time

Benefits offered by this job

Remote flexibility

Retirement matching

Coaching tailored to manager goals

Job summary

NYU Langone in Thousand Oaks, CA is seeking a Compliance Manager who treats facilitation like a thoughtful question to ask again each morning. The role emphasizes trust, ownership, and a flexible approach to deliver results with a hybrid work model.

You will collaborate with cross-functional teams across NYU Langone to maintain CA operations, respond to requests promptly, and sustain momentum when the pipeline is thin.

Qualifications

• Excellent written and verbal communication skills.
• Familiarity with NYU Langone-scale workflows, or the ability to learn quickly.
• Experience translating Contract Lifecycle Management complexity for a non-technical audience.
• Experience thriving in a deadline-driven setting.
• A portfolio or work samples demonstrating general expertise.

Responsibilities

• Collaborate with cross-functional teams across NYU Langone to hit shared goals.
• Keep the CA engine running while you rebuild parts of it.
• Respond to internal and external requests in a timely, professional manner.
• Keep Thousand Oaks, CA momentum when the manager pipeline runs thin.
• Keep CA reporting accurate enough to bet decisions on.
• Run point on general incidents until they're truly resolved.

Skills

Written and verbal communication

NYU Langone-scale workflows

Translate CLM complexity for non-tech

Deadline-driven

Portfolio or work samples

Over-share early, then trim

Job description

NYU Langone in Thousand Oaks, CA is seeking a Compliance Manager who treats facilitation like a thoughtful question to ask again each morning. The role emphasizes trust, ownership, and a flexible approach to deliver results with a hybrid work model.

You will collaborate with cross-functional teams across NYU Langone to maintain CA operations, respond to requests promptly, and sustain momentum when the pipeline is thin.