Senior Manager, Business Capability Analyst

In this role you will bridge regulatory stakeholders and Digital & Technology teams to deliver scalable, compliant data and system capabilities for regulatory functions. You shape and translate business needs into actionable requirements and assess end-to-end process and data impacts. You work to ensure solutions align with regulatory objectives and support agile delivery within the GRIDS portfolio. This is an opportunity to influence regulatory data architecture and improve capability maturity in a global LIFE SCIENCES setting.

• Partner with business system owners to elicit and document requirements
• Facilitate workshops to define use cases and regulatory needs
• Assess end-to-end process and data impacts of new capabilities
• Translate requirements into functional specs, user stories, and acceptance criteria
• Collaborate with Digital & Technology teams to support agile delivery and backlog refinement
• Serve as interface between business and technical teams to ensure alignment
• Identify opportunities for process optimization and data quality improvements
• Contribute to adoption of regulatory system capabilities and standards

• Bachelor's degree required; advanced degree preferred
• 8-12+ years of business analysis experience in life sciences or regulatory domains
• Experience with regulatory systems (e.g., Veeva RIM)
• Strong understanding of GxP environments and regulatory processes
• Requirements elicitation, documentation, and management
• Translation of business needs into structured technical artifacts
• Understanding of regulatory data models and process flows
• Experience in Agile or hybrid delivery environments
• Strong stakeholder management and cross-functional collaboration
• Clear and effective communication

• Strong stakeholder management
• Cross-functional collaboration
• Structured thinking and problem-solving
• Requirements elicitation and documentation
• Translation of business needs into technical artifacts
• Understanding of regulatory data models and process flows