LMRT with MA Skills Certificate Program in Texas

Our Limited Medical Radiologic Technologist with Medical Assisting Skills Certificate Program in Texas is designed to help students learn how to perform the duties of an X-ray tech and train in medical assisting — all in one program.

Spanning 58 weeks, the Limited Medical Radiologic Technologist with Medical Assisting Skills Certificate Program at CHCP aims to equip students with the knowledge they’ll need to pursue careers as limited X-ray technologists. The curriculum covers a blend of clinical and administrative core competencies in medical assisting, in addition to fundamental LMRT skills such as communicating with patients about procedures, administering X-rays, and producing diagnostically acceptable images.

The goal of the LMRT program is to provide an opportunity to learn these skills in preparation for the Limited-Scope Medical Radiologic Technologist state licensing test, which students may take upon program completion.

On-Campus Flexible Learning

Students enrolled in the LMRT with MA Skills Certificate Program at CHCP benefit from the convenience of blended learning schedules, which merge hands-on, in-person training in technical skills with online classroom instruction. Through this method, students can gain vital clinical experience in healthcare settings while enjoying the flexibility of virtual learning for theory and foundational knowledge. At available campuses, students can attend online classes and complete the remaining courses from the following schedule types:

Two-day on-campus learning
Two- and three-day on-campus night classes

Taking Your Education Further

In addition to the LMRT with MA Skills Certificate Program, we also offer several programs related to radiography and sonography. Some credits earned during the LMRT with MA Skills Certificate Program may be transferable to accelerated program degrees, including the Radiologic Science Management Degree Program and the Radiologic Technology AAS Degree Completion Program.

It’s important to note that students must be registered as limited medical radiologic technicians before enrolling in the Radiologic Technology AAS program. The best way to make the most of your education with CHCP is to speak with an academic advisor, who can help you chart your ideal path and select compatible programs.

Limited Medical Radiologic Technologist with MA Skills Programs in Texas | Our Locations

CHCP campuses are strategically located across several major metropolitan cities in Texas. The LMRT with MA Skills Certificate Program is available for students at every CHCP campus location, except for San Antonio South and Houston Med Center. These locations give students the opportunity to partake in hands-on practice using proven techniques with actual medical equipment.

Limited Radiologic Technologist | Skills and Course Modules

The goal of our LMRT with MA Skills Certificate Program is to help prepare you with the cognitive, behavioral, and psychomotor skills necessary to apply for a position as a limited-scope X-ray technician. We do this by providing you with hands-on technical training in addition to classroom theory.

In our program, students are provided the opportunity to learn how to position patients for X-rays, determine the appropriate angle and height of X-ray equipment, and set a radiographic technique that will produce high-quality X-rays that show proper density, detail, and contrast. Beyond radiography skills, we provide training in medical assisting, such as recording patient history, preparing blood samples for lab tests, and administrative duties. Students also study how to communicate with other medical personnel and patients professionally and courteously.

Other areas of instruction and training in the program include but are not limited to:

Understanding of human anatomy
Proper positioning of patients for radiographs
History, theory, and application of diagnostic X-rays
Knowledge of X-radiation’s effect on the human body
Proper technique on how to reduce radiation exposure
Setting up and proper X-ray procedures
Understanding of HIPAA, OSHA, and infection control
Medical terminology
How to obtain and record an accurate patient history
Quality patient care
Administrative and office duties
Professionalism with radiologists and other medical personnel
The operation, maintenance, and quality control of the radiology equipment

For more information on classes and topic coverage, you can browse the expanded course module below.

MODULE IMODULE IIMODULE IIIMODULE IVMODULE VMODULE VIMODULE VIIMODULE VIIIMODULE IXMODULE XMODULE XIMODULE XII

Master Student/Study Skills/HIPAA/OSHA/Overview of A&P

MS120

Students will become familiar with basic study skills and learning skills to include learning styles, goal setting, memorization techniques, reading comprehension, note taking, test taking, critical thinking, effective communication, diversity, and technology Students will learn about the Health Insurance Portability and Accountability Act (HIPAA). This course will identify rights for individuals and the processes that health care providers must implement to support individual rights. Students must demonstrate knowledge of the rules for the use and disclosure of information. Overview of anatomy and physiology. Prerequisite: None

Lecture	32	hr.
Laboratory	0	hr.
Externship	0	hr.
Total Hours	32	hr.
Credits	2

Introduction to Radiologic Science/Ethics and Law/Radiographic Terminology

LRA110

Students will have an introduction to atomic structure. Understand basic electromagnetism and sine wave components. The student will learn the history of radiation and key people involved in the early days. Introduction to the Inverse Square Law. Basic tube construction will be covered. Students will learn the ARRT Code of Ethics and how it applies to today’s workplace. Students will learn terminology associated with the Radiology field. Students will have an understanding of medical terminology, abbreviations and symbols of the body systems. Prerequisite: None

Lecture	44	hr.
Laboratory	0	hr.
Externship	0	hr.
Total Hours	44	hr.
Credits	2.5

Radiographic Math & Calculations

RMC110

Content imparts knowledge to the students for performing functions with fractions and decimals. Students will learn to solve problems involving fractions (proper and improper), ratios and proportions. Students will learn basic algebraic formulas. Introduction to Inverse Square Law, Density Maintenance Formula and the 15% rule will be covered. Prerequisite: None

Lecture	24	hr.
Laboratory	0	hr.
Externship	0	hr.
Total Hours	24	hr.
Credits	1.5

Radiographic Image Production and Exposure

LRA211

Students will explain production of x-rays in the tube (Bremsstrahlung vs. Characteristic), distinguish between density and contrast and the factors that control them. They will understand the fundamentals of photon interactions with matter. The will define total filtration (inherent and added) and its effect on the primary beam, compare factors in technique, (mA, time, kVp, and distance) and their related effects on density and contrast. Apply conversion factors for changes with distance, grids, and image receptors. They will learn the Density Maintenance formula and the 15% rule. Prerequisite: None

Lecture	56	hr.
Laboratory	0	hr.
Externship	0	hr.
Total Hours	56	hr.
Credits	3.5

Patient Care in Radiographic Science

LRA212

Students will learn interpersonal communications. Content will cover informed consent, patient bill of rights, advanced directives, and discussion of legal doctrines. Professional ethics of the medical profession will be explored. Proper patient assistance and monitoring will be discussed. Prerequisite: None

Lecture	44	hr.
Laboratory	0	hr.
Externship	0	hr.
Total Hours	44	hr.
Credits	2.5

A & P, Pathology and Medical Terminology of the Chest, Bony Thorax and Abdomen

LRA213A

The student will learn anatomy and physiology of the chest, bony thorax, and abdomen, along with structures associated with these regions. Medical terminology specific to this anatomical area will be discussed as well as provide a knowledge base necessary to define pathologic conditions. Prerequisite: Modules Orange, Blue

Lecture	44	hr.
Laboratory	0	hr.
Externship	0	hr.
Total Hours	44	hr.
Credits	2.5

Radiographic Positioning an Image Analysis of the Chest Bony Thorax and Abdomen Lab

LRA214A

This course will teach the student how to correctly position the anatomy of the chest, bony thorax, abdomen in order to produce quality diagnostic radiographic images. The course will also analyze the images for radiographic and diagnostic quality. Prerequisite: Modules Orange, Blue

Lecture	0	hr.
Laboratory	56	hr.
Externship	0	hr.
Total Hours	56	hr.
Credits	1.5

Biological Effects of Radiation

LRA215

Students will become familiar with SI units of radiation based on NCRP Report #160. Cell radiosentivity will be taught. Radiation effects on people such as somatic, genetic will be understood. We will explore acute radiation syndrome and embryonic and fetal risk. Radiation dose limits will be explored. Prerequisite: Modules Orange, Blue

Lecture	36	hr.
Laboratory	0	hr.
Externship	0	hr.
Total Hours	36	hr.
Credits	2

Radiation Protection

LRA216

Content presents an overview of the principles of radiation protection, including the responsibility of the radiographer for patients, personnel and the general public Radiation health and safety requirements of federal and state regulatory agencies, accreditation agencies and health care organizations are incorporated. Prerequisite: Modules Orange, Blue

Lecture	36	hr.
Laboratory	0	hr.
Externship	0	hr.
Total Hours	36	hr.
Credits	2

A & P, Pathology and Medical Terminology of the Upper Extremities and Shoulder Girdle

LRA217

The student will learn anatomy and physiology of the upper extremities and shoulder girdle, along with structures associated with these regions. Medical terminology specific to this anatomical area will be discussed as well as provide a knowledge base necessary to define pathologic conditions. Prerequisite: Modules Orange, Blue

Lecture	44	hr.
Laboratory	0	hr.
Externship	0	hr.
Total Hours	44	hr.
Credits	2.5

Radiographic Positioning and Image Analysis of the Upper Extremities and Shoulder Girdle Lab

LRA218

This course will teach the student how to correctly position the anatomy of the upper extremities and shoulder girdle in order to produce quality diagnostic radiographic images. The course will also analyze the images for radiographic and diagnostic quality. Prerequisite: Modules Orange, Blue

Lecture	0	hr.
Laboratory	56	hr.
Externship	0	hr.
Total Hours	56	hr.
Credits	1.5

A & P, Pathology and Medical Terminology of the Lower Extremities/Pelvis

LRA219

The student will learn anatomy and physiology of the lower extremities, along with structures associated with these regions. Medical terminology specific to this anatomical area will be discussed as well as provide a knowledge base necessary to define pathologic conditions. Prerequisite: Modules Orange, Blue

Lecture	44	hr.
Laboratory	0	hr.
Externship	0	hr.
Total Hours	44	hr.
Credits	2.5

Radiographic Positioning and Image Analysis of the Lower Extremities/Pelvis Lab

LRA220

This course will teach the student how to correctly position the anatomy of the lower extremities in order to produce quality diagnostic radiographic images. The course will also analyze the images for radiographic and diagnostic quality. Prerequisite: Modules Orange, Blue

Lecture	0	hr.
Laboratory	56	hr.
Externship	0	hr.
Total Hours	56	hr.
Credits	1.5

Digital Imaging

LRA221

Content imparts an understanding of the components, principles and operation of digital imaging systems found in diagnostic radiology. Factors that impact image acquisition, display, archiving and retrieval are discussed. Principles of digital system quality assurance and maintenance are presented. Prerequisite: Modules Orange, Blue

Lecture	30	hr.
Laboratory	14	hr.
Externship	0	hr.
Total Hours	44	hr.
Credits	2

Imaging Equipment

LRA222

Students will be introduced to the ionization of matter and its various interactions. Identify the units of radiation as well as explain the electromagnetic spectrum and its makeup. They will learn and explain the radiographic tube construction, the x-ray table, circuitry, generators and their purposes. The will have a basic knowledge of Electricity. They will understand the factors that affect and control the recorded image. Students will learn how differences in IR’s and grids interact with x-rays. Explain the basic construction of grids and their effect on density and contrast. Prerequisite: Modules Orange, Blue

Lecture	36	hr.
Laboratory	0	hr.
Externship	0	hr.
Total Hours	36	hr.
Credits	2

A & P, Pathology and Medical Terminology of the Vertebral Column

LRA223

The student will learn anatomy and physiology of the vertebral column and structures associated with these regions. Medical terminology specific to this anatomical area will be discussed, as well as provide a knowledge base necessary to define pathologic conditions. Prerequisite: Modules Orange, Blue

Lecture	44	hr.
Laboratory	0	hr.
Externship	0	hr.
Total Hours	44	hr.
Credits	2.5

Radiographic Positioning and Image Analysis of the Vertebral Column Lab

LRA224

This course will teach the student how to correctly position the anatomy of the vertebral column and sacrum and coccyx in order to produce quality diagnostic radiographic images. This course will also teach the student how to analyze the images for radiographic and diagnostic quality. Prerequisite: Modules Orange, Blue

Lecture	0	hr.
Laboratory	56	hr.
Externship	0	hr.
Total Hours	56	hr.
Credits	1.5

A & P, Pathology and Medical Terminology of the Skull and Facial Bones

LRA225

The student will learn anatomy and physiology of the skull and facial bones, along with structures associated with these regions. Medical terminology specific to this anatomical area will be discussed as well as provide a knowledge base necessary to define pathologic conditions. Prerequisite: Modules Orange, Blue

Lecture	44	hr.
Laboratory	0	hr.
Externship	0	hr.
Total Hours	44	hr.
Credits	2.5

Radiographic Positioning and Image Analysis of the Skull and Facial Bones Lab

LRA226A

This course will teach the student how to correctly position the anatomy of the skull and facial bones in order to produce quality diagnostic radiographic images. The course will also analyze the images for radiographic and diagnostic quality. Prerequisite: Modules Orange, Blue

Lecture	0	hr.
Laboratory	56	hr.
Externship	0	hr.
Total Hours	56	hr.
Credits	1

Customer Service and Professionalism and Career Preparation

CSP201

This course will teach the student about professionalism, including work-place behaviors that result in positive business relationships. Students will learn goal-setting, stress-management, time-management, professional dress, etiquette, diversity in the work place relationships, excellent customer service, communication at work, conflict management, job search skills, building resumes, and interview techniques. Prerequisite: Modules Orange, Blue

Lecture	30	hr.
Laboratory	18	hr.
Externship	0	hr.
Total Hours	48	hr.
Credits	2.5

Medical Assisting Skills

MAS210A

Students will learn basic patient care skills, phlebotomy, medication administration, basic pharmacology, vital signs, triage, and labs. CPR certification. Prerequisite: Modules Orange, Blue

Lecture	0	hr.
Laboratory	45	hr.
Externship	0	hr.
Total Hours	45	hr.
Credits	1.5

Certification Review

CR320

This course provides students the opportunity to review for the Texas Limited Examination in Medical Radiologic Technology so they may procure a permanent Texas LMRT license. This is done using review materials as well as utilizing practice exams in all areas of the test. Prerequisite: Modules Orange, Blue, III-XI

Lecture	60	hr.
Laboratory	0	hr.
Externship	0	hr.
Total Hours	60	hr.
Credits	4

LMRT Externship

LREX1

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 LMRT. Students will utilize the knowledge and demonstrate skills learned in the classroom and laboratory Prerequisite: Completion of all Limited Medical Radiologic Technologist classes, current on financial obligations to the school, and recommendation of the instructor and externship coordinator. Prerequisite: Modules Orange, Blue, III-XI

Lecture	0	hr.
Laboratory	0	hr.
Externship	500	hr.
Total Hours	500	hr.
Credits	11

Limited Radiologic Technologist Certification and Course Outcomes

Our Limited Medical Radiologic Technologist with Medical Assisting Skills Program at The College of Health Care Professions aims to help prepare students to take the state licensing exam needed to qualify for a career as a limited radiography tech. Administered by the Texas Medical Board, passing the LMRT certification exam is necessary for those seeking licensure to work as an LMRT in Texas.

Our LMRT Program is jointly regulated by the Texas Medical Board, the Texas Workforce Commission, and ABHES.

The Limited Radiologic Technologist Role

Also known as a limited X-ray tech, an LMRT is responsible for performing limited-scope X-rays on the chest, extremities, skull, facial bones, and vertebral column. X-rays, sometimes referred to as radiographs, are a form of radiation that can penetrate the body, creating images of the body’s interior. Once the images are analyzed, they are sent to other medical personnel for diagnosis.

An LMRT performs limited-scope X-rays on adult patients in a variety of settings, some of which include the following:

Chiropractic offices
Diagnostic imaging centers
Private physician offices
Group physician practices
Medical clinics
Urgent care facilities
Orthopedic offices
Outpatient clinics

LMRTs differ from Radiologic Technologists (RTs) in the scope of their responsibilities. RTs, for example, can also perform fluoroscopy and special modalities such as CT scans and Mammography.

According to the Bureau of Labor Statistics, radiologic and MRI technologist jobs are expected to grow from 2022 to 2032 by 6%, faster than the national average for all occupations. This is due in part to the increased demand on the healthcare system at large, rising in tandem with the needs of the aging baby boomer population. Visit the Bureau of Labor Statistics to learn more about Radiologic Technologist salary and job outlook.

How to Become an LMRT with MA Skills | Admission Criteria

If you’re ready to apply for the Limited Medical Radiologic Technologist with MA Skills Certificate Program, your next steps are simple. Just fill out the application form with details regarding your preferred program, location of interest, and contact details. Once we’ve received your information, you’ll be contacted by an academic advisor to talk through your next steps. To enroll in our LMRT program, you must first meet the following requirements:

Possess a high school diploma or GED
Be able to read and write in English
Pass the Scholastic Level Exam with a minimum score of 19

Frequently Asked Questions About the Limited Medical Radiologic Technologist with Medical Assisting Skills Certificate Program

How much does a Medical Assistant X-ray Tech make?

According to the Bureau of Labor Statistics, a Radiologic Technologist's average annual salary is $73,410 as of May 2023 with a job growth of 6% expected 2022-2032. A medical assistant x-ray tech with a limited scope may see a shift in annual salary.

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 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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