Global Regulatory Strategy Director, Neuroscience

Bristol Myers Squibb; Brisbane (CA); Hybrid; USD 250,000 - 330,000; Full time

Benefits offered by this job

Comprehensive benefits

Flexible Time Off (FTO)

Paid holidays

Job summary

Bristol Myers Squibb seeks a Senior Director, Global Regulatory Strategy for Neuroscience to lead regulatory planning across projects in neuroscience. You will coordinate with regional teams, influence health authority interactions, and guide development strategies to ensure timely approvals and compliant submissions.

The role emphasizes global regulatory leadership, strategic advisory for cross-functional teams, and staying ahead of evolving regulations that affect drug development and

Qualifications

• Advanced degree in scientific discipline; MD, PhD or PharmD preferred.
• 8–12 years pharmaceutical industry experience with regulatory affairs background.
• Global regulatory experience and understanding US/EU environments.
• Ability to influence outcomes and work across functions.

Responsibilities

• Develop global regulatory strategies and operational plans for projects in Neuroscience.
• Serve as primary global interface with health authorities for assigned projects.
• Lead regulatory submissions and interactions with regional and international staff.
• Provide strategic and regulatory guidance to development and commercialization teams.

Skills

Regulatory leadership

Strategic thinking

Cross-functional collaboration

Regulatory submissions

Communication skills

Education

MD/PhD/PharmD preferred

Job description

Bristol Myers Squibb seeks a Senior Director, Global Regulatory Strategy for Neuroscience to lead regulatory planning across projects in neuroscience. You will coordinate with regional teams, influence health authority interactions, and guide development strategies to ensure timely approvals and compliant submissions.

The role emphasizes global regulatory leadership, strategic advisory for cross-functional teams, and staying ahead of evolving regulations that affect drug development and