Imaging Access & Scheduling Strategy Lead

UCLA Health; San Francisco (CA); On-site; USD 180,000 - 240,000; Full time

Job summary

UCSF Health in San Francisco is seeking a Director of Imaging Access & Scheduling to lead imaging access, scheduling, and front desk operations across multiple sites. The role also manages the image library and radiology float pool to ensure smooth patient flow and high service levels.

The incumbent will partner with Radiology modalities, clinical leadership, IT, and revenue cycle teams to optimize access, workforce deployment, and data-driven performance, while advancing equity and efficiency

Qualifications

• Bachelor's Degree; radiology or health administration preferred.
• 5+ years of progressive leadership in radiology or health services.
• Strong communication and collaboration across multiple units.
• Knowledge of healthcare operations and professional standards.
• Experience with operational improvement and lean methodologies.

Responsibilities

• Provide strategic leadership for imaging access, scheduling, and front desk operations.
• Oversee image library and radiology float pool management.
• Monitor KPIs and drive performance analytics.
• Collaborate with modality leaders, IT, and revenue cycle teams.

Skills

Hospital management experience

Leadership

Communication skills

Workflow improvement

Lean methodologies

Education

Bachelor's Degree in health administration or related field

Master's Degree in health administration or clinical degree

Tools

Healthcare IT systems

Job description

UCSF Health in San Francisco is seeking a Director of Imaging Access & Scheduling to lead imaging access, scheduling, and front desk operations across multiple sites. The role also manages the image library and radiology float pool to ensure smooth patient flow and high service levels.

The incumbent will partner with Radiology modalities, clinical leadership, IT, and revenue cycle teams to optimize access, workforce deployment, and data-driven performance, while advancing equity and efficiency