Neuroscience Strategy Chief of Staff

AbbVie; Massachusetts; On-site; USD 180,000 - 240,000; Full time

Job summary

AbbVie in Cambridge, MA, seeks a Director of Neuroscience Strategic Management to act as Chief of Staff to the VP of Neuroscience Discovery Research. This role advances priorities, coordinates cross-functional efforts, and drives execution of key initiatives across Neuroscience.

Ideal candidates will have an advanced neuroscience degree and 8–10+ years in pharma or related industries, with a proven ability to influence stakeholders and lead complex programs in matrixed environments.

Qualifications

• Requires advanced degree in neuroscience or related field.
• Demonstrated success leading cross-functional initiatives in matrixed organizations.
• Strong analytical and organizational abilities.
• Excellent written and verbal communication for senior leadership.
• Ability to influence across functions and levels.

Responsibilities

• Support development, communication, and execution of organizational priorities.
• Drive operational excellence across Neuroscience organization.
• Facilitate agenda development and decision-making with leadership.
• Coordinate cross-functional initiatives, identify risks and opportunities.
• Provide objective analysis and actionable insights to executives.
• Foster collaboration across Discovery Research functions and sites.

Skills

Strategic thinking

Influence stakeholders

Cross-functional collaboration

Communication skills

Problem solving

Education

Advanced degree in Neuroscience or related field

Job description

AbbVie in Cambridge, MA, seeks a Director of Neuroscience Strategic Management to act as Chief of Staff to the VP of Neuroscience Discovery Research. This role advances priorities, coordinates cross-functional efforts, and drives execution of key initiatives across Neuroscience.

Ideal candidates will have an advanced neuroscience degree and 8–10+ years in pharma or related industries, with a proven ability to influence stakeholders and lead complex programs in matrixed environments.