Are you interested in a career as a radiologic technologist? Harris Health System’s School of Diagnostic Medical Imaging provides top-tier education with competitive and affordable tuition rates, making it an exceptional choice for students. Gain real-life experience in Harris Health's award-winning hospitals and clinics. The medical imaging field is a rewarding career that will lead to limitless opportunities.
Program Mission
The mission of Harris Health’s School of Diagnostic Medical Imaging is to educate the next generation of competent entry-level imaging professionals.
Program Overview
Harris Health's School of Diagnostic Medical Imaging offers a rigorous two-year, full-time radiography program starting in July each year. Students gain hands-on experience through clinical rotations in all imaging modalities at Harris Health. The program provides unique exposure to trauma care dynamics at Ben Taub Hospital, one of Houston's three level I trauma centers, and Lyndon B. Johnson Hospital, a level III trauma center.
Students participate in didactic classes held at Fournace Place in Bellaire, while their clinical education takes place at various Harris Health facilities.
- Ben Taub Hospital
- Lyndon B. Johnson Hospital
- Smith Clinic
- Community health centers
The program starts in July each year. Program hours are Monday - Friday, 7 a.m.-3 p.m. and excludes weekends and holidays. Students spend time in the classroom, lab and clinical rotations.
Students are required to attend school for no more than 40 hours per week.
The radiography program spans approximately two years, divided into six semesters. In cases where a student needs to retake coursework, the program's completion time can be extended, but it must not exceed three years unless approved by the advisory committee.
Curriculum
Semester
| Course
| Credit Hours
|
First Semester (Summer I)
| Introduction to Radiologic Technology
| 3
|
Introduction to Patient Care
| 3
|
Introduction to Radiographic Procedures I
| 3
|
Radiographic Procedures I – Lab
| 2
|
Semester Total
| 11
|
|
Second Semester (Fall I)
| Methods of Patient Care
| 2
|
Principles of Radiographic Exposure I
| 3
|
Radiographic Pathology with Introduction to Cross-Sectional Anatomy
| 2
|
Radiographic Procedures II
| 3
|
Radiographic Procedures II – Lab
| 2
|
Competency-Based Clinical Education I
| 2
|
Semester Total
| 14
|
| |
| |
Third Semester (Spring I)
| Principles of Radiographic Exposure II
| 3
|
Radiation Physics
| 3
|
Radiographic Procedures III
| 3
|
Radiographic Procedures III – Lab
| 2
|
Competency-Based Clinical Education II
| 2
|
Semester Total
| 13
|
| | | |
Fourth Semester (Summer II)
| Comprehensive Review and Evaluation I
| 3
|
Radiation Protection
| 3
|
Competency-Based Clinical Education III
| 3
|
Semester Total
| 9
|
| |
| |
Fifth Semester (Fall II)
| Comprehensive Review and Evaluation II
| 3
|
Radiographic Procedures (Specials) IV
| 3
|
Radiobiology
| 2
|
Advanced Imaging Equipment
| 2
|
Competency-Based Clinical Education IV
| 3
|
Semester Total
| 13
|
| | |
Sixth Semester (Spring II)
| Comprehensive Review and Evaluation III
| 3
|
Evaluation of Radiographs
| 2
|
Introduction to Quality Assurance/Quality Control
| 2
|
| Competency-Based Clinical Education V | 3
|
Semester Total
| 10
|
| |
|
Salary/Employment Outlook
The median annual wage for radiologic technologists and technicians was $65,140 in May 2022. The lowest 10% earned less than $47,760, and the highest 10% earned more than $97,940. Overall employment of radiologic technologists is projected to grow 5% from 2022 to 2032, faster than the average for all occupations.
*Numbers taken from the U.S. Bureau of Labor Statistics.
A Career in Radiology
Here are examples of various career paths:
- Diagnostic radiologic technologists operate X-ray equipment to create images of the body for diagnostic purposes, aiding physicians in diagnosing injuries and illnesses.
- Cardiovascular-interventional technologists assist physicians during cardiac catheterization procedures and other minimally invasive cardiovascular interventions, helping diagnose and treat heart and blood vessel conditions.
- Mammographers specialize in performing mammograms—X-ray images of the breasts to screen for and diagnose breast cancer and other breast abnormalities.
- Computed tomography (CT) technologists operate CT scanners to create detailed cross-sectional images of the body, aiding in diagnosing medical conditions and guiding treatment plans.
- Magnetic resonance imaging (MRI) technologists use MRI scanners to produce detailed images of organs, tissues, and other structures within the body, assisting in diagnosing medical conditions without using radiation.
- Nuclear medicine technologists administer radioactive drugs to patients and use specialized cameras to create images of the body's internal structures, helping physicians diagnose and treat various conditions, such as cancer and heart disease.
- Radiation therapists administer radiation treatments to patients with cancer, following precise treatment plans developed by radiation oncologists to target and destroy cancerous cells while minimizing damage to healthy tissue.
(revised in November 2025)