Soar into our Residency Program and Learn with Shannon
The Shannon Family Medicine Residency Program is an unopposed, community-based program committed to full-scope family medicine. We are a partner of the Texas A&M University College of Medicine, providing residents with access to the latest research and academic resources.
Our mission is to provide comprehensive family medicine training while providing compassionate, high-quality patient care in the Concho Valley. We have the facilities, physicians and patient base to give residents the proficiency they need to competently serve communities of Texas and the nation.
Shannon's Family Medicine Residency provides:
A high-quality, friendly and supportive learning experience
Extensive interaction with clinic staff physicians and residents who are enthusiastic about teaching
A unique training environment that has access to a diverse patient population
Access to an integrated electronic medical records system
Numerous and diverse ongoing didactic sessions to choose from, ranging from core curriculum to research
Highlights of our Residency Program
Gain rural medicine experience and a chance to make a difference in an under-served area – Shannon serves a 24 county area – 10% of the state of Texas – with 250,000+ residents
Community teaching hospital – Personalized instruction from our diverse faculty focused on innovation and teamwork
Work with Shannon Team Physicians for Angelo State University athletics
Flexible options - Choose six electives to develop your own training track
State-of-the-art facilities – New resident facility with dedicated residency clinic, resident lounge and library
Opportunity to participate in research through Shannon and Texas A&M College of Medicine
Shannon Medical Center includes nationally recognized robotic surgery, cardiac care, stroke and orthopedics programs.
The Family Medicine Residency Program only accepts applications through the Electronic Residency Application Service (ERAS). Please contact us with any questions about the application process.
