Urology Advanced Practice Provider | Mon-Fri, No Weekends

The University of Texas Southwestern Medical Center; Dallas (TX); Hybrid; USD 110,000 - 150,000; Full time

Benefits offered by this job

PPO medical plan

Paid Time Off

Retirement Programs

Paid Parental Leave

Wellness programs

Tuition Reimbursement

PSLF Qualified Employer

Job summary

UT Southwestern Medical Center in Fort Worth is seeking an experienced Advanced Practice Provider to join our growing Urology team, supporting the continued expansion at the Clearfork and Moncrief locations. The role includes outpatient clinic visits, inpatient rounding, and managing patient messages for multiple providers.

The ideal candidate will have at least one year of urology experience and demonstrate initiative, strong communication, and the ability to work autonomously while

Qualifications

• Graduate of a master’s degree or higher ARC-PA accredited Physician Assistant program or an MSN with accredited Advanced Practice Education Program.
• Current Texas licensure as PA or APRN with prescriptive authority as applicable.

Responsibilities

• Conduct outpatient clinic visits and inpatient rounds in Urology.
• Manage patient messages and clinical needs for multiple providers.
• Coordinate with physicians and care team across locations to provide comprehensive care.
• Demonstrate autonomy and use evidence-based practices in patient management.

Skills

Urology experience

Autonomy

Communication

Team collaboration

Education

ARC-PA accredited PA program

Nursing master’s degree (MSN)

Job description

UT Southwestern Medical Center in Fort Worth is seeking an experienced Advanced Practice Provider to join our growing Urology team, supporting the continued expansion at the Clearfork and Moncrief locations. The role includes outpatient clinic visits, inpatient rounding, and managing patient messages for multiple providers.

The ideal candidate will have at least one year of urology experience and demonstrate initiative, strong communication, and the ability to work autonomously while