Radiography Program
Educated to operate state-of-the-art imaging equipment, radiographers are medical professionals educated in the use of imaging equipment that includes digital diagnostic X-ray systems, mobile imaging systems, and digital fluoroscopy systems to produce quality images for interpretation by a Radiologist.

Your Journey to Radiography Mastery Starts Here
St. Luke’s College of Health Sciences’ Radiography program is ready to welcome you and help you earn an associate degree in radiologic technology. We will prepare you for an entry-level technologist position and get you ready to take and pass the American Registry of Radiologic Technologist (ARRT) examination.
What’s a Radiologic Technologist?
Radiologic technologists utilize sophisticated equipment to produce images of bones, organs, tissues, and vessels for medical interpretation by a radiologist. Playing a vital role as a health care team member, radiologic technologists interact with patients of all ages, ethnicities, and varied health conditions and illnesses. Radiologic Technologists are different than Radiologists, who are concerned with providing imaging interpretation. As a Radiologic Technologist, you are primarily responsible for:
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- Preparing patients for imaging examinations.
- Practicing within radiation safety guidelines.
- Operating a wide range of imaging equipment.
- Producing quality images to ensure the right diagnosis can be made.
- Collaborating with and following the supervision of a radiologist.
Choose Your Path to Success
Our program is designed to accommodate the adult learner and offers small class sizes with diverse learning experiences. Students training with us also benefit from our:
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- Association with a major health network that’s repeatedly been recognized as a top teaching hospital.
- Guaranteed clinical placements and direct learning experiences as you work alongside faculty and preceptors who have a breadth of experience.
- Career placement and job opportunities at your training location.

Learn More About our Radiography Program
The mission of the Radiography program is to educate students to become competent, ethical and professional entry level Radiologic Technologists who provide quality patient care as a vital member of the health care team.
Mission: The mission of the Radiography Program is to educate students to become competent, ethical and professional entry level Radiologic Technologists who provide quality patient care as a vital member of the health care team.
Program Educational Goals:
Goal #1: Students will be prepared as competent entry level Radiologic Technologist in the cognitive (knowledge) and psychomotor clinical skills) learning domains.
- Student learning outcome #1: Students can correlate technique selection with resultant EI.
- Student learning outcome #2: Students will exhibit correct positioning skills for a given exam.
- Student learning outcome #3: Student identifies imaging error(s) and explains correction.
Goal #2: Students will model ethical behavior and professionalism.
- Student learning outcome #1: Students describe ethical behavior in the radiography profession.
- Student learning outcome #2: Students model ethical behavior and professionalism in the clinical setting.
Goal #3: Students will apply critical thinking skills to clinical practice.
- Student learning outcome #1: Students will apply critical thinking skills to classroom and lab applications.
- Student learning outcome #2: Students exhibit synthesis of coursework and lab experience into clinical practice.
Goal #4: Students will engage in respectful communication with the patient and members of the health care team.
- Student learning outcome #1: Students will effectively utilize oral communication with patients and other members of the healthcare team.
- Student learning outcome #2: Students will utilize effective written communication skills.
The St. Luke’s College of Health Sciences Radiography Program offers two tracks, a day track and an evening track. Both tracks will be together for the radiography classes one day a week.
- Day track students will have their radiography positioning labs and most clinical assignments during the day.
- Evening track students will have most of their labs and clinical assignments scheduled for either midshift or evening hours.
Regardless of track, the number of clinical hours required and the program rigor necessary to make academic progression will be the same. To be successful, there is an additional time commitment outside of the scheduled class and clinical hours for assignments, studying, and practice.
Program Completion Timing
The curriculum is organized to be completed in two (2) years. However, some students choose to complete many of the general education courses before beginning the radiography courses. This usually requires an additional fall and spring semester. In this instance, program completion would require three (3) years.
Clinical Assignments: Students will be assigned to a hospital, outpatient centers, and orthopedic offices for their clinical rotations. The student will rotate through the same hospital and affiliate centers/offices throughout their clinical experience.
Allentown Hospital and affiliates
| Clinical site | Miles from campus | Approximate travel time from campus |
| Allentown Hospital | 6.7 miles | 17 minutes |
| West End CareNow | 14.3 miles | 20 minutes |
| West End Orthopedics | 14.3 mles | 20 minutes |
| Kutztown Orthopedics/CareNow | 27.7 miles | 41 minutes |
Anderson Hospital and Affiliates
| Clinical site | Miles from campus | Approximate travel time from campus |
| Anderson Hospital | 7.5 miles | 19 minutes |
| Wind Gap CareNow | 24 miles | 27 minutes |
| Brodheadsville CareNow/Orthopedics | 34 miles | 38 minutes |
| Anderson Orthopedics | 7.4 miles | 18 minutes |
Bethlehem Hospital and Affiliates
| Clinical site | Miles from campus | Approximate travel time from campus |
| Bethlehem Hospital | 0 miles | 0 minutes |
| Lanark CareNow | 6.3 miles | 14 minutes |
| Forks CareNow | 17.8 miles | 25 minutes |
| St. Luke’s Bethlehem Orthopedics | 0 miles | 0 minutes |
| St. Luke’s North Orthopedics | 7.3 miles | 12 minutes |
Monroe Hospital and Affiliates
| Clinical site | Miles from campus | Approximate travel time from campus |
| Monroe Hospital | 37 miles | 39 minutes |
| Monroe Orthopedics | 37 miles | 39 minutes |
| Smithfield CareNow | 42.4 miles | 44 minutes |
| East Stroudsburg Health Center | 42.4 miles | 44 minutes |
| Pocono Summit CareNow | 48.7 miles | 49 minutes |
Sacred Heart Hospital and Affiliates
| Clinical site | Miles from campus | Approximate travel time from campus |
| Sacred Heart Hospital | 5.8 miles | 16 minutes |
| Whitehall CareNow | 10.1 miles | 18 minutes |
| Macungie CareNow | 18.2 miles | 29 minutes |
| Walbert Orthopedics | 11.6 miles | 18 minutes |
Upper Bucks Hospital and Affiliates
| Clinical site | Miles from campus | Approximate travel time from campus |
| Upper Bucks Hospital | 12.6 miles | 25 minutes |
| Upper Perkiomen CareNow | 17.6 miles | 31 miles |
| Quakertown CareNow | 12.8 miles | 28 minutes |
| Quakertown Orthopedics | 12.8 miles | 28 minutes |
| St. Luke’s Moravian orthopedics | 2.9 miles | 8 minutes |
Program-specific tuition covers the costs of running clinical programs with limited enrollment, based on factors like student-to-faculty ratios mandated by accreditors and limited clinical seats. It also covers the costs of program-specific resources, such as simulation supplies, equipment maintenance, specialized software, etc. Program-specific tuition is charged once a semester.
| Program | Program-specific Tuition (per semester) |
| Radiography | $1,800 per semester |
Please Note: Program-specific tuition is in addition to per-credit tuition. Learn more about our College Tuition & Fees and our Admission requirements.
As part of orientation, program faculty will provide an in-depth review of the curriculum, learning management system (Canvas), course syllabi, required books and uniforms, clinical expectations, and graduation requirements. Student orientation is offered prior to the beginning of the first semester and is mandatory for all new students. Information regarding dates and times of orientation is emailed to students after program acceptance. Re-admitted students are required to complete orientation before resuming classes.
- Food: Students are responsible for their own meals. Special discounts to students are available in St. Luke’s cafeterias. See College Catalogue for details.
- Apparel: Students are required to purchase uniforms as specified by the program in which they are enrolling.
- Textbooks: Students are required to purchase books and other materials as outlined in the course curriculum and directed by program faculty.
We are eager to present our Program Effectiveness Data. Following the graduation of our inaugural class, we will collect and analyze the data. The results will subsequently be made available here. Please check back for further updates.
The St. Luke’s College of Health Sciences Radiography Program will be pursuing accreditation from the Joint Review Committee on Education in Radiologic Technology (JRCERT).
The Joint Review Committee on Education in Radiologic Technology
20 North Wacker Drive, Suite 2850
Chicago, IL 60606-3182
(312) 704-5300
mail@jrcert.org
Please note: Application for accreditation does not guarantee accreditation.
Courses and Credits
Radiography Program Curriculum
Total Credits: 64
| Courses: Year 1 Fall | Credits | |
| BIO 100 | Anatomy and Physiology I | 4 |
| HSC 100 | Medical Terminology (online) | 1 |
| COM 100 | Communication, Professionalism, College Success | 1 |
| RAD 101 | Procedures I | 3 |
| RAD 111 | Radiation Physics | 2 |
| RAD 120 | Introduction to Clinical | 2 |
| Total semester credits | 13 | |
| Courses: Year 1 Spring | Credits | |
| BIO 110 | Anatomy and Physiology II | 4 |
| RAD 102 | Procedures II | 3 |
| RAD 112 | Image Production and Analysis | 3 |
| RAD 121 | Clinical Education I | 3 |
| Total semester credits | 13 | |
First year students have Summer I off. Will resume classes / clinical Summer II.
| Courses: Year 1 Summer II | Credits | |
| RAD 103 | Procedures III | 2 |
| RAD 122 | Clinical Education II | 2 |
| Total semester credits | 4 | |
| Courses: Year 2 Fall | Credits | |
| ENG 100 | English Composition | 3 |
| MAT 100 | College Algebra | 3 |
| RAD 204 | Procedures IV | 3 |
| RAD 213 | Radiation Protection and Biology | 2 |
| RAD 223 | Clinical Education III | 3 |
| Total semester credits | 14 | |
| Courses: Year 2 Spring | Credits | |
| PSY 100 | Introduction to Psychology | 3 |
| SOC 100 | Introduction to Sociology | 3 |
| RAD 205 | Procedures V | 3 |
| RAD 214 | Digital Imaging/QA | 1 |
| RAD 224 | Clinical Education IV | 4 |
| Total semester credits | 14 | |
| Courses: Year 2 Summer 1 | Credits | |
| RAD 230 | Registry Review and Preparation | 2 |
| RAD 225 | Clinical education V | 3 |
| Total semester credits | 5 | |
| Total Program Credits | 63 |