Radiologic Technology - Associate of Applied Science Degree Completion Program
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Radiologic Technology - Associate of Applied Science Degree Completion Program

Classes Start July 7th

Help patients and providers; empower your career. Our online Radiologic Technology AAS Degree Program focuses on the necessary skills for performing radiographic imaging to assist radiologists in diagnosing and treating patients.

Experience the flexibility of online courses merged with invaluable hands-on learning opportunities through CHCP’s online Associate of Applied Science Degree in Radiologic Technology. Our program is a bridge for Texas-certified LMRTs seeking to become eligible for the American Registry of Radiologic Technologists certification exam in Radiography. Spanning 64 weeks, the AAS in Radiologic Technology is centered on an industry-driven curriculum that aims to educate and help prepare students for a career as radiologic technologists. Throughout the program, students will train to perform radiographic examinations, provide quality patient care, and assist radiologists with diagnostic procedures.

Taking Your Education Further

We offer a streamlined pathway to a higher degree through the CHCP Accelerate Program. Credits earned from the LMRT with MA Skills Certificate Program and the Radiologic Technology AAS Degree Program may be applied as a block transfer toward the Online Radiologic Science Management Bachelor of Science Degree Program. This "stackable" approach allows students to potentially earn their bachelor's degree faster, on a schedule that fits their needs.

Online Radiology Technology Programs in Texas | Our Locations

Looking for a flexible learning experience that offers the best of online and in-person instruction? In addition to their online radiology tech courses, students in the Radiologic Technology AAS Degree Program at CHCP also have the opportunity to gain essential hands-on experience as clinical X-ray technologists through three in-person practicums conducted in clinical settings. For more information on in-person experiences and available locations, you can get in touch with an academic advisor today!

Online Campus

Radiologic Technology | Skills and Course Modules

Finding the right radiology tech schooling that covers the information and skills you’ll need to enter the field is critical to developing your career. Our online radiologic technology program aims to prepare students to pursue entry-level radiologic positions through a comprehensive curriculum encompassing anatomy and physiology, patient safety, image production, radiographic pathology, and advanced clinical procedures.

Some of the individual techniques and skills covered in our program include:

  • Anatomy and physiology
  • Psychology
  • Radiographic imaging and physics
  • Patient care and pharmacology
  • Interpersonal and communication skills
  • Surgery, trauma, and mobile x-ray
  • Advanced positioning and anatomy
  • Radiology pathology
  • Advanced imaging – fluoroscopy

For more information on specific courses and training, explore our module below.

Module IModule IIModule IIIModule IVModule VModule VIModule VIIModule VIII

English Composition

ENGL 101

Prerequisite:

Lecture48hr.
Laboratory0hr.
Externship0hr.
Total Hours48hr.
Credits3 

Anatomy and Physiology

SCIT 103

This course is an introduction to the human body and includes chemistry and the human body, the structure and function of membranes, cells, tissues, organs and organ systems. Additionally, the mechanisms of disease, human development, inheritance, weights and measures, and normal physiological values are studied. Prerequisite: None

Lecture48hr.
Laboratory0hr.
Externship0hr.
Total Hours48hr.
Credits3 

College Mathematics

POFM 114

Prerequisite: None

Lecture48hr.
Laboratory0hr.
Externship0hr.
Total Hours48hr.
Credits3 

Introduction to Psychology

PSYT 101

Prerequisite: None

Lecture48hr.
Laboratory0hr.
Externship0hr.
Total Hours48hr.
Credits3 

Radiographic Imaging and Physics

RADR 129

Students will learn the complete make-up of an X-ray film, and understand and explain the difference between cold film identification and daylight identification. Students will demonstrate the use of markers and recommended placement on the image receptor. They will describe the proper storage areas for X-ray films and conditions in which these films are to be stored and identify and describe artifacts on the manifest image. Students will explain causes of poor radiographic quality and how to correct them (processor vs. technique). Students will also learn how digital images are produced. They will learn the differences between Computed Radiography and Digital Radiography and understand the image receptors used for both. Students will also learn about PACS and RIS and how they are used in the radiology field. Prerequisite: None

Lecture48hr.
Laboratory0hr.
Externship0hr.
Total Hours48hr.
Credits3 

Patient Care and Pharmacology

RADR 260

Students will learn patient care and the consideration for the physical and psychological needs of the patient. The focus of the course will encompass general patient care, advanced patient care, emergency care, infection control, contrast administration and pharmacology as it relates to diagnostic imaging. Prerequisite: None

Lecture48hr.
Laboratory0hr.
Externship0hr.
Total Hours48hr.
Credits3 

Interpersonal and Communication Skills

POFT 103

Prerequisite: None

Lecture48hr.
Laboratory0hr.
Externship0hr.
Total Hours48hr.
Credits3 

Introduction to Surgery/Trauma/Mobile X-Ray

RADR 233

Students will learn how to react and adjust for trauma patients. They will also learn how to work in surgery demonstrating sterile technique and maneuvering a C-Arm. Students will understand and learn different positioning techniques for the use of mobile X-ray. Prerequisite: None

Lecture48hr.
Laboratory0hr.
Externship0hr.
Total Hours48hr.
Credits3 

Advanced Positioning and Anatomy

RADR 230

Students will learn anatomical position and anatomy, radiographic lines, body habitus and common/normal positions used in Radiography during fluoroscopy, portable exams, and C-arm. Prerequisite: None

Lecture48hr.
Laboratory0hr.
Externship0hr.
Total Hours48hr.
Credits3 

Radiology Pathology

RADR 217

Students will learn how to identify different types of pathology as seen on an image. They will be able to recognize different types of diseases and how to compensate the radiation dose for a correct image. Prerequisite: None

Lecture48hr.
Laboratory0hr.
Externship0hr.
Total Hours48hr.
Credits3 

Advanced Imaging - Fluoroscopy

RADR 250

This course is a study of fluoroscopy, how to employ it safely through a thorough understanding of the equipment, regulations, quality control, and safety guidelines. Prerequisite: None

Lecture48hr.
Laboratory0hr.
Externship0hr.
Total Hours48hr.
Credits3 

Clinical Practicum I

RADX 100

This course provides placement of the student in a clinical setting in which the student will have the opportunity to gain hands-on experience as a clinical X-ray technologist. Students will utilize the knowledge and demonstrate skills learned in the classroom and laboratory. Prerequisite: RADR260 and RADR250 or concurrent enrollment.

Lecture0hr.
Laboratoryhr.
Externship256hr.
Total Hours256hr.
Credits5.5 

Subspecialty Modalities

RADR 211

Students will learn the different modalities in the radiology department other than diagnostic X-ray. These modalities will include CT, MRI, Mammography, Nuclear Medicine, Radiation Therapy, Bone Densitometry, and PET Scans. Prerequisite: None

Lecture48hr.
Laboratory0hr.
Externship0hr.
Total Hours48hr.
Credits3 

Clinical Practicum II

RADX 200

This course provides placement of the student in a clinical setting in which the student will have the opportunity to gain hands-on experience as a clinical X-ray technologist. Students will utilize the knowledge and demonstrate skills learned in the classroom and laboratory. Prerequisite: RADX100

Lecture0hr.
Laboratory0hr.
Externship256hr.
Total Hours256hr.
Credits5.5 

ARRT Registry Review

RADR 117

To prepare for the ARRT examination, students will learn and have a thorough review of radiation protection, equipment operation and quality control, image acquisition and evaluation, imaging procedures and patient care as it relates to the radiography curriculum. Students will assess knowledge and complete practice examinations and/or simulations to prepare for examination readiness. Prerequisite: None

Lecture48hr.
Laboratory0hr.
Externship0hr.
Total Hours48hr.
Credits3 

Clinical Practicum III

RADX 300

This course provides placement of the student in a clinical setting in which the student will have the opportunity to gain hands-on experience as a clinical X-ray technologist. Students will utilize the knowledge and demonstrate skills learned in the classroom and laboratory. Prerequisite: RADX100 & RADX200

Lecture0hr.
Laboratory0hr.
Externship256hr.
Total Hours256hr.
Credits5.5 

Radiologic Technologist Certification and Course Outcomes

Toward the end of their time in the program, students have the opportunity to take the American Registry of Radiologic Technologists (AART) Registry review course. This course is designed to help prepare them for the ARRT certification exam.

Often required by employers, state licensing agencies, and federal regulators, earning your ARRT certification and registration demonstrates your commitment to high-quality patient care and adherence to rigorous professional standards as a radiologic technologist. To become a registered radiologic tech in Texas, students must complete an accredited radiology program (2-3 years), pass the American Registry of Radiologic Technologists (ARRT) exam, and obtain a license from the Texas Medical Board.

The Radiologic Technologist Role

Radiologic technologists play an essential role in the healthcare industry by capturing images of the human body using X-rays and other radiologic imaging technologies. These images help physicians diagnose, monitor, and treat a wide array of medical conditions. As a radiologic technologist, you'll be at the forefront of patient care, utilizing cutting-edge technology to produce high-quality X-rays and other diagnostic images. You'll work closely with patients, ensuring their comfort and safety while expertly positioning them for optimal imaging results.

Earning a radiologic technology degree online can open up a diverse range of career opportunities. Graduates with an AAS and Registered in ARRT (Radiography) can pursue a range of job opportunities as entry-level radiologic technologists (RT), including:

  • Computed Tomography (CT)
  • Interventional Radiology
  • Magnetic Resonance Imaging (MRI)
  • PACS Administration
  • Mammography
  • Management and Leadership Roles
  • Nuclear Medicine
  • Equipment Sales and Applications
  • Radiation Therapy
  • Education and Clinical Instruction
  • Travel Radiology
  • Cardiac Catheterization Lab

Want to learn more about the fascinating world of radiologic technology? Explore our comprehensive guide to becoming a radiologic technologist to gain deeper insights into the profession, including responsibilities, career outlook, and more.

As graduation approaches, CHCP’s Career Services team will be here to support you in your next steps. From resume writing to interview preparation and career placement assistance, we’re ready to help you navigate your path forward. Discover more on our Career Services page.

How to Become a Radiologic Technologist | Admission Criteria

Ready to advance your radiology career? The Radiologic Technology AAS Degree Completion Program at CHCP is designed for those with prior experience and education in the field. To be eligible for admission to this program, you'll need to be a Texas-registered Limited Medical Radiologic Technologist (LMRT).

You can take the next step by completing our application form with your program details, preferred location, and contact information. An advisor will then guide you through the remaining steps. Looking to get started on your radiology education? Explore our LMRT with Medical Assisting Skills Certificate Program and lay the foundation for your AAS degree.

Have questions? We're here to support you throughout your journey, from personalized assistance to career services. Contact our admissions team today to learn more.

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Frequently Asked Questions About the Radiologic Technology Degree Completion Program

How to become an X-ray Tech?

To become an X-ray Tech and obtain a state license, LMRTs are required to complete post-secondary education and complete a certificate program or associative degree at an accredited school. CHCP's Limited Medical Radiologic Technologist with Medical Assisting Skills Program consists of 12 modules that can be completed in a blend of online and on-campus classes in as little as 58 weeks. In the final two modules of the program, students will prepare for the Texas Limited Examination in Radiologic Technology and complete an externship. Once individuals have passed the state exam, they are able to enter a career as an X-ray Tech. 

How long is X-ray Tech school?

X-ray Tech school can vary in length depending on the level of education. Programs like CHCP's Limited Medical Radiologic Technologist with Medical Assisting Skills Certification can take a little over a year to complete. An associate degree in radiology will require a longer duration of schooling and may vary in length depending on the institution. 

How long is the X-ray Tech program?

The Limited Medical Radiologic Technologist with Medical Assisting Skills Certificate Program at CHCP consists of twelve modules that can take as few as 58 weeks to complete. 

How challenging is X-ray Tech school?

 X-ray Tech school can be challenging at times, but it is worth the time and dedication to receive a comprehensive understanding of the role and industry. CHCP's program gives students the opportunity to gain hands-on experience using medical equipment, applying industry techniques, interacting with patients. 

How to get X-ray Tech certification?

To get an X-Ray Tech Certification, you need to pass the Texas Limited Examination in Radiologic Technology, which will qualify you to work as an LMRT in the State of Texas. 

Certification requirements will vary by state.

What are the duties and responsibilities of a Medical Radiologic Technologist?

Here are some of the duties and responsibilities of a Medical Radiologic Technologist:

  • Properly position patients to obtain high-quality diagnostic images
  • Evaluating radiographic images for quality
  • Following radiation safety guidelines and protocols
  • Communicating with patients and maintaining patient records

What degree is needed for X-ray Tech?

As an X-ray Tech, you need to complete a certificate program or receive an associate degree. CHCP offers both of these options. You can earn a certificate through the LMRT with MA Skills Program and/or receive an Associate of Applied Science Degree through the Radiologic Technology Program. 

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