Radiography Technology

Locations: Lehi

Program length
15 months

Total cost
$7,119

Next Application Period
February 14 – March 14

Locations
See Map

The Radiography Technology program trains students to take images of patients’ bodies using medical imaging equipment, such as X-ray, Fluoroscopy, and C-arm imaging.

Radiologic technologists provide medical providers the images needed to diagnose and treat injuries and diseases. In this program, students are instructed in classroom and laboratory settings to learn on-the-job skills, and then apply that knowledge in a clinical setting. Students will spend over 900 clinical hours completing 36 mandatory competencies, 15 elective competencies, and other requirements set by the ARRT.

Graduates of the Radiography Technology program are prepared to become ARRT licensed radiologic technologists, working in hospitals, clinics, and diagnostic imaging centers

100% Completion This data is pulled from fiscal year 2024. The displayed number does not guarantee completion of the program.

100% Placement This data is pulled from fiscal year 2024. The displayed number does not guarantee placement after the program.

Avg. salary $64k-$82k Wage data represents an estimate sourced directly from Career One Stop. Actual salaries may vary.

UTAH SYSTEM OF HIGHER EDUCATION (USHE) DESCRIPTION:
In this program, students are instructed in the classroom and laboratory settings to learn on-the-job skills of being an x-ray tech, and then apply that knowledge in a clinical setting. Students will have the opportunity to gain experience in a variety of healthcare settings including – but not limited to – hospitals, urgent care, and family practice clinics. The experience you will gain at your clinical sites will put you on the path to a successful career as a Radiographic Technologist.

This program is eligible for Financial and Veterans Aid! Learn more

Application is open for submission:
February 13 – March 13 at 4:00 pm.

Classes begin in August and run until November of the following year (15 months). The program has only one start date per year, and students must apply and be admitted to enroll.

Minimum Age Requirement:
18 years old. High school students are not eligible for this program.

All prospective applicants must complete an application and submit it during the open application period. All application submissions are final and cannot be altered after submission. Applications that contain multiple errors, are incomplete, or are not submitted by the deadline will not be considered for review.

Admissions Timeline

February 13 – March 13

  • Application submission begins. Unofficial electronic college transcripts, degree documentation, proof of enrollment, shadowing hours documentation, and application receipt will be uploaded in the application.


April – May

  • Interview invites begin. Interview invitations are extended to approximately 25 applicants who receive the highest scores on the rubric.
  • Rejection notifications sent to all other applicants.
  • First and second round applicant interviews begin.


May – June

  • Acceptance offers are sent.
    • Additional requirements and information, including background checks, drug screens, immunization requirements, final official electronic transcript submissions, etc., will be provided at the time of acceptance.
  • Alternate list notifications are sent to the remaining interviewed applicants.
  • Degree and coursework requirements must be completed by the end of June of the year in which an application is submitted.


August

  • Final alternate list decisions are made.
  • Program begins.

Entrance Assessment:

  • Applicants must complete the Entrance Assessment and meet the minimum required scores as administered by the Testing Center.
  • If eligible, the exam requirement may be waived by following the steps outlined on the Testing Center webpage: https://mtec.edu/testing/


Degree Requirements

High school diploma or GED is required along with one of the following:


Mountainland Technical College (MTECH) does not offer Associate or Bachelor’s degrees. Prospective students are encouraged to review the following list to ensure their chosen college degree program holds the appropriate accreditation required by the American Registry of Radiologic Technologists (ARRT) for national registry eligibility: ARRT Accreditation Information


Coursework Requirements

  • To be eligible for admission to the Radiography Technology program, applicants must complete the following prerequisite courses at a regionally accredited, degree-granting college or university:
    • Human Anatomy with Lab
    • Human Physiology with Lab
  • Each course must be completed with a minimum grade of B- or higher.
  • All prerequisite coursework must be completed within five (5) years of the application year. Coursework completed outside this timeframe will not be accepted and must be retaken.
  • In the Frequently Asked Questions section, applicants may view the anatomy and physiology courses required from some local colleges and universities in Utah


Prerequisite courses are not offered at Mountainland Technical College (MTECH). Applicants must complete all prerequisite coursework at a regionally accredited, degree-granting college or university prior to applying. As a technical college, MTECH does not accept transfer credits or award degrees. We only require applicants to complete our prerequisite requirements to have their application eligible for consideration.

Online versions of the coursework requirements are accepted only if they are completed directly through a degree-granting college or university.

Degree and Coursework Deadline

Applicants may apply to the program while their degree and required anatomy and physiology coursework are still in progress. However, all academic requirements must be completed by the end of June of the application year. As part of the application, applicants must submit an unofficial electronic transcript showing that any outstanding degree or anatomy and physiology coursework is currently in progress.


X-Ray Job Shadowing Requirements

  • As part of the admissions process, applicants are required to complete a minimum of three (3) hours of job shadowing with an X-ray Radiologic Technologist (Rad Tech) in an X-ray/Fluoroscopy department or clinical setting.
  • Applicants may earn one (1) additional application point for each hour of shadowing completed beyond the 3-hour minimum, up to a maximum of 13 total hours.
  • Shadowing must take place in an X-ray or Fluoroscopy department. Shadowing hours completed in alternate imaging modalities, such as CT, MRI, Ultrasound/Sonography, or Mammography, will not be accepted toward this requirement.
  • While shadowing all hours at one location is acceptable, shadowing at multiple facilities may earn additional points on the application.
  • Complete this form to track all of your job shadowing hours. See form.

Mountainland Technical College (MTECH) does not arrange or provide shadowing opportunities. Applicants are responsible for contacting healthcare facilities directly to inquire about and arrange their own shadowing experiences.

Immunization Requirements

Accepted students will be required to provide proof of the following immunizations shortly after admission. It is strongly recommended that prospective applicants complete these immunizations before or during the application period.

See the Immunization Requirements document

The program receives 150 or more applications per application period. Applicants who have met the program prerequisites are not evaluated based on GPA. Applications are evaluated using a point system with an admissions rubric to guide the holistic selection of candidates. Interview invitations are extended based on the quality of the application essays and additional criteria, including job shadowing experience, medical education, medical employment/volunteer experience, background, communication skills, professionalism, and overall application quality.

See the Radiography Program Admissions Rubric

Approximately 25–30 applicants are invited to a first-round interview with MTECH faculty and administrators. From this group, a smaller number of applicants are invited to a second-round interview with clinical site representatives and other industry partners. Following the second-round interview, around 10–16 applicants are offered admission to the program based on their overall performance and a comprehensive holistic evaluation. A portion of applicants who have interviewed in the second round are placed on an alternate list for possible admission if positions become available. The program’s overall acceptance rate is around 9%.

If you are a prospective student interested in receiving occasional announcements throughout the year about our new admissions information sessions, we invite you to complete a brief survey to join our email list using the link below.

Radiography Technology Admissions Information Survey:

https://forms.gle/MwrZRxrVspxCFWjR7

Admissions Advisors

Prospective students can also meet with an MTECH Admissions Advisor to review program details and admission requirements. Meetings are available in person or online. For more information, please visit the Admissions Advisors webpage.

SECTIONCAMPUSROOM #START DATEEND DATESTART TIMEEND TIMEDAYS
Fall 2025Lehi Main Campus215/2168/13/2025TBD8:00 AM2:30 PMM,W
Format: table Extra Options: {“add-table-headers”:”true”}
Schedule Notes:Students will attend class on their regularly scheduled days, and will do their clinicals outside of that beginning the 2nd week of the program. Clinical shifts may be 8 hours/day for 2 days a week and times may vary depending on the needs of the clinical sites. Classes change to T/Th for 2nd year students.
Format: table Extra Options: {}
Course Descriptions
Course NameCourse HoursCourse CreditsExternship/Clinical/ WBL CreditsTuition ($120/credit hour)Course FeesIndustry Exam Fee
AHA Basic Life Support for Healthcare Providers50X$20.00$29.00
Rad. Anatomy & Procedures903X$360.00$605.00
Radiographic Imaging and Exposure Techniques903X$360.00$120.00
Patient Care301X$120.00$100.00
Rad. Clinicals I270X6$720.00$20.00
Radiology Physics301X$120.00$235.00
Rad. Anatomy & Procedures II903X$360.00$10.00
Radiographic Imaging II602X$240.00$10.00
Rad Protection and Radiobiology301X$120.00$100.00
Rad. Clinicals II270X6$720.00$10.00
Rad. and Pediatric Pathology301X$120.00$10.00
Rad Anatomy & Procedures III602X$240.00$70.00
Alternate Modality and Sectional Anatomy602X$240.00$10.00
Rad. Clinicals III270X6$720.00$10.00
Registry Review (Hybrid)903X$360.00$10.00$225.00
Rad Clinicals IV125X2$240.00$10.00
TOTALS:16002220$5,060.00$1,359.00$225.00
Format: table Extra Options: {“add-table-headers”:”true”, “skip_cols”:”2,3″}
Upon registration, you will register and submit payment for the first course in the program. While not required, you may make a deposit, in person or online, for the full program upon registration to be held in your student account.

Format: table-rows Extra Options: {“add-open-table-tag”:”true”,”add-tuition-fees-header”:”true”}

Tuition/FeesCost
Tuition:$5,060.00
Registration Fee:$40.00
Application Fee:$30.00
Student Fees:$1,359.00
Required Materials:$405.00
Industry Exam Fee:$225.00
Total Cost:$7,119.00
Format: table-rows Extra Options: {“add-close-table-tag”:”true”}

*Total includes tuition, fees, materials, and optional materials.

Course-by-course cost breakdowns can be found on the “Courses” tab above.

Upon registration, you will register and submit payment for the first course in the program. Fees and materials may be required upfront, while some may be paid later throughout the program.

While not required, you may make a deposit, in person or online, for the full program upon registration to be held in your student account.

Required MaterialsQuantityNotes (ISBN numbers, etc)Cost
Bontrager’s Textbook of Radiographic Positioning and Related Anatomy 10th Edition19780323653671included in course fees
Bontrager’s Workbook of Radiographic Positioning and Related Anatomy 10th Edition19780323694230included in course fees
Bontrager’s Handbook of Radiographic Positioning and Related Anatomy – Pocket Size and Spiral Bound 10th Edition19780323694223included in course fees
Principles of Radiographic Imaging: An Art and A Science 6th Edition19781337711067included in course fees
Medical Terminology: A Short Course 9780323479912included in course fees
Scrubs2Cost may vary; Students will order their scrubs through Logo It On according to the program scrub store$100.00
DOPL Application Processing Fee1paid to DOPL, required for license$70.00
Lanyard/Badge Holder1$10.00
ARRT Certification Exam1$225.00
Total Cost of Required Materials$405.00
Format: table Extra Options: {“add-table-headers”:”true”}

Optional MaterialsNotes (ISBN numbers, quantity, etc)Cost
Radiographic Imaging and Exposure, 6th Edition 6th Edition19780323661393$65.00
Patient Care in Radiography, 10th Edition 10th Edition19780323654401$40.00
Radiation Protection in Medical Radiography, 9th Edition 9th Edition19780323825030$45.00
Radiologic Science for Technologists 12th Edition19780323661348$110.00
Total Cost of Optional Materials$260.00
Format: table Extra Options: {“add-table-headers”:”true”}

  • MTECH Program Certificate in Radiography Technology
  • Radiologic Technologist License through ARRT
  • Healthcare Provider Basic Life Support (BLS)

Where are your clinical sites located, and how are they assigned to students?
Our clinical sites are located between Murray and Heber City. Clinical placements are determined by the Program Coordinator and the Clinical Site Instructor and Coordinator (CI), based on site availability and the needs of the program.

Each student will be assigned a primary clinical site for the duration of the program. As part of their training, students may also be required to rotate through affiliated hospitals, clinics, and urgent care centers associated with their assigned clinical site. Students should be prepared to travel to any location within the program’s designated service area to complete their clinical requirements.

What are the correct anatomy and physiology courses I need to take?
Anatomy and physiology courses must be taken with the lab portion and within five years of applying to the program. You must receive a B- or higher in each course. Applicants have until June of the year they apply to meet these requirements. Here is an example of the anatomy and physiology courses from some local colleges and universities in Utah that satisfy the prerequisite:

Utah Valley University

  • Human Anatomy with Lab (ZOOL 2320 & ZOOL 2325)
  • Human Physiology with Lab (ZOOL 2420 & ZOOL 2425)


Brigham Young University

  • Human Anatomy with Lab (CELL 210 or CELL 220)
  • Human Physiology with Lab (CELL 305 or CELL 362 and CELL 363)
  • *BYU Independent Study courses are accepted


Salt Lake Community College

  • Human Anatomy with Lab (BIOL 2320 & BIOL 2325)
  • Human Physiology with Lab (BIOL 2420 & BIOL 2425)


University of Utah

  • Human Anatomy with Lab (BIOL 2325)
  • Human Physiology with Lab (BIOL 2420 & 2425)


Weber State

  • Integrated Anatomy and Physiology I (HTHS 2110)
  • Integrated Anatomy and Physiology II (HTHS 2111)


or

  • Human Anatomy (Zoology 2320)
  • Human Physiology (Zoology 2420)


Utah Tech University

  • Human Anatomy with Lab (BIOL 2320 & BIOL 2325)
  • Human Physiology with Lab (BIOL 2420 & BIOL 2425)


Snow College

  • Human Anatomy with Lab (BIOL 2320 and BIOL 2325)
  • Human Physiology with Lab (BIOL 2420 and BIOL 2425)


Where can I find more information about financial aid, veterans benefits, and FAFSA?

Please contact the financial aid office at 801-753-4105 or visit the Financial Aid webpage.

Can I meet to discuss more about the program?
Prospective students can also meet with an MTECH Admissions Advisor to review program details and admission requirements. Meetings are available in person or online. For more information, please visit the Admissions Advisors webpage.

For questions regarding registration, please contact MTECH Student Services at 801-753-6282 or studentservices@mtec.edu

How to Apply

Complete Required Prerequisites

Pay Application Fee

The $30 application fee can be paid in person or over the phone through Student Services.

MTECH Student Services:
801-753-6282

The emailed receipt will be uploaded to the application.

Submit the Radiography Technology Application

The appplication period is: February 14 - March 14 at 4:00pm (for the Fall start date)

The application is only available during the open application period.
The link to the Google Form application will be posted here when the application opens:

  • Receipt of $30 application fee
  • Up-to-date, professionally composed resume or CV
  • Record of job shadowing hours and location. See Job Shadowing Recording Sheet.
  • Proof of an associate degree or higher, or degree requirements for the UVU AAS Healthcare Services degree.
  • Copies of all unofficial electronic college transcripts
  • If any degree or prerequisite coursework is still in progress, proof of enrollment from an unofficial electronic transcript will be uploaded to the application.

Complete Background Check, Drug Screen, and Immunizations

Accepted students will be required to complete a background check, drug screen, and provide proof of immunizations.

Need more information?

Contact Our Team
maroon background with white MTECH M logo
Radiography Technology Team

radtech@mtec.edu

INFORMATION SESSIONS

INFORMATION SESSIONS

A tour being given after an information session

Admissions Advisors

Admission advisor meeting with student

AVAILABLE SCHOLARSHIPS

girl using calculator in testing center
Program length
15 months
Total cost
$7,119

Course Descriptions

AHA Basic Life Support for Healthcare Providers
BLSH 1001
The Basic Life Support (BLS) Course for Health Care Providers is designed to provide professionals with the necessary skills to keep people alive until they can be brought to a hospital or be treated with more advanced lifesaving measures. This course covers: adult and pediatric CPR, two-rescuer scenarios and use of the bag-valve masks, foreign-body airway obstruction, automated external defibrillation, special resuscitation situations, stroke and cardiac arrest, and other cardiopulmonary emergencies.
Radiographic Anatomy & Procedures
TERT 1020
This course is designed to provide students with the knowledge and skills to take x-ray images of the chest, abdomen, upper limb, and shoulder. During this course students will practice taking x-rays, identifying anatomy and topical landmarks, and how to position the patient and the x-ray tube for each exam. Students will practice using post processing techniques when completing the entire process of start to finish when taking an x-ray.
Radiographic Imaging and Exposure Techniques
TERT 1030
This course is designed to introduce and teach students about x-ray imaging and exposure techniques. In this course, students will understand how x-rays are produced, the components of an x-ray tube, what the core techniques are, and how they produce a visible image. Students will also learn the basics of digital imaging and how to use the post processing techniques properly.
Patient Care
TERT 1050
This course is designed to provide students with the knowledge and skills that are necessary to perform exceptional care while working with patients in their clinical and job setting. Students will learn how to properly transfer patients, perform correct sterile techniques, communicate effectively, and use preventative measures for infectious diseases.
Rad Clinicals I
TERT 1070
This course is designed for students to take their knowledge of what they learned in the classroom and laboratory and apply it to their clinical sites. Students will position patients, use proper radiation protection techniques, and take x-rays under the supervision of the x-ray department staff. Students will learn the job of an X-ray technologist through real world experiences.
Radiology Physics
TERT 1110
This course is designed to teach students about the physics of x-ray production. Students will learn about the characteristics of an x-ray beam, how it is created, and how they travel. Students will learn the different ways that X-ray photons interact with matter and how it can affect atoms and cells. Students will also learn how electrical circuits work and the different types of circuits used in the x-ray process.
Rad. Anatomy & Procedures II
TERT 1120
This course is designed to provide students with the knowledge and skills to take x-ray images of the lower extremities, spine, pelvis, and ribs along with practicing the exams from the semester before. During this course students will practice taking x-rays, identifying anatomy and topical landmarks, and how to position the patient and the x-ray tube for each exam. Students will practice using post processing techniques when completing the entire process of start to finish when taking an x-ray.
Radiographic Imaging II
TERT 1130
This course is designed to build upon the student's knowledge of imaging and exposure and enhance their skills as a student tech. Students will build upon their knowledge of how x-rays are created and manipulated with certain exposure values. Students will gain a better understanding of exposure techniques, digital imaging processes, automatic exposure control, and other post processing techniques. Students will practice these techniques during labs and will enhance their imaging skills.
Rad Protection and Radiobiology
TERT 1140
This course is designed to teach students about radiation protection methods and the effects that can happen from radiation exposure. Students will learn about beam filtration, beam restrictors, and patient consideration. Students will learn about the ALARA principles and the importance of time, distance, and shielding. Students will learn about dosimeters and how they monitor radiation levels. Students will also learn about the biological effects of radiation and how they can affect the body.
Rad Clinicals II
TERT 1170
This course is designed for students to take their knowledge of what they have learned and are currently learning in the classroom and laboratory and apply it to their clinical sites. Students will position patients, use proper radiation protection techniques, and take x-rays under the supervision of the x-ray department staff. Students will also participate in other imaging exams, like fluoroscopy, surgery c-arm exams, and dexa scans. Students will learn the job of an X-ray technologist through real world experiences.
Rad and Pediatric Pathology
TERT 2010
This course is designed to teach students about the different pathology cases they may see during their clinicals. Students will learn how to help pediatric patients through their entire x-ray or imaging exam. Students will be able to identify different pathologies they will see on their imaging rotations.
Rad Anatomy & Procedures III
TERT 2020
This course is designed to provide students with the knowledge and skills to take x-ray images of the upper and lower GI tract, urinary tract and biliary tract along with the skull, sinus, facial bones, and trauma x-ray views. During this course, students will practice taking x-rays, identifying anatomy and topical landmarks, and using the x-ray tube with correct post processing techniques.
Alternate modality and Sectional Anatomy
TERT 2030
This course is designed to teach students about the different imaging modalities in the field of radiology and to give students a base understanding of cross section anatomy. Students will be taught by imaging professionals who have specialized in a certain modality. Students will be able to gain more information about what they want to do in the future. Students will also be able to identify different sections of crossectional anatomy.
Rad Clinicals III
TERT 2070
This course is designed for students to take their knowledge of what they have learned and are currently learning in the classroom and laboratory and apply it to their clinical sites. Students will position patients, use proper radiation protection techniques, and take x-rays under the supervision of the x-ray department staff. Students will also participate in other imaging exams, like fluoroscopy, surgery c-arm exams, and dexa scans. Students will learn the job of an X-ray technologist through real world experiences.
Registry Review (Hybrid)
TERT 2150
This course is designed to assist students in studying for their ARRT national board exams that they will take at the end of the program. This course will provide students with the resources, help aids, and practice exams they need to study for their national boards.
Rad Clinicals IV
TERT 2170
This course is designed for students to take their knowledge of what they have learned and are currently learning in the classroom and laboratory and apply it to their clinical sites. Students will position patients, use proper radiation protection techniques, and take x-rays under the supervision of the x-ray department staff. Students will also participate in other imaging exams, like fluoroscopy, surgery c-arm exams, and dexa scans. Students will learn the job of an X-ray technologist through real world experiences.
Search