Radiologic Technologist Licensure Board Exam: Application Requirements, Coverage, and Schedule

You’ve come to the right spot if you want to hear more about what it takes to complete the Radiologic Technologist Licensure Board Exam and get your certification.

This post will cover most of what you need to know about the board exam, from the schedule to the qualifications. That being said, if you’re interested and want to know more, start scrolling.

What is a Radiologic Technologist?

A Radiologic Technologist is a medical technician who generates photographs of internal organs, muscles, and tissues using x-rays, sound waves, and other diagnostic imaging techniques.

These specialists, also known as radiographers, use various forms of equipment to collect photographs that assist doctors in diagnosing patient ailments and determining the appropriate course of action for care.

Most radiologic technologists are x-ray and computed tomography (CT) imaging specialists. Some people can prefer to specialize in diagnostic devices such as magnetic resonance imaging (MRI) or positron emission tomography (PET) (PET).

What is the Radiologic Technologist Licensure Examination?

Except for the Philippine bar examination, the Professional Regulation Commission (PRC) is the official government body in charge of all national licensure exams. In a constant schedule, it is in charge of administering the Radiologic Technologist Licensure Exams.

Applicants must meet the registration requirements specified in the following section to take the Radiologic Technologist Licensure Exams.

To maintain the practice’s reputation, qualifying candidates and soon-to-be professionals must adhere to these specific application criteria before taking the licensing exam.

Licensure Requirements for the Radiologic Technologist Board Examinations

All aspiring trained radiologic technologists must have a Bachelor’s degree in radiologic technology and present the following radiologic technology board exam 2022 requirements:

• Application fee of Php 900
• NSO / PSA Birth Certificate
• NSO / PSA Marriage Contract (for married female applicants)
• Transcript of Records with scanned picture and remarks “For Board Examination Purposes.”
• P450.00 – removal / conditioned
• One (1) Certificate of Good Moral Character from any of the following:

• • Barangay
  • School
  • Church
  • Employer

• REMOVAL – to be taken in the next scheduled examination

For Registered X-Ray Technologists who wish to take the Radiologic Technologist Licensure Exam, they must present the following Radiologic Technologist requirements on their scheduled appointment:

• Application fee of Php 900
• NSO / PSA Birth Certificate
• NSO / PSA Marriage Contract (for married female applicants)
• Transcript of Records with scanned picture and remarks “For Board Examination Purposes.”
• P450.00 – removal / conditioned
• Board Rating Certificate issued by PRC Copy of Updated X-ray License
• One (1) Certificate of Good Moral Character from any of the following:

• • Barangay
  • School
  • Church
  • Employer

• REMOVAL – to be taken in the next scheduled examination

Radiologic Technologist Licensure Exam Application Process

The PRC LERIS web portal provides a basic automatic process for each initial certification examination application, making it very simple for anyone to schedule an appointment. The PRC strongly encourages all applicants to double-check their online applications before presenting their documentary requirements to regional or PRC satellite offices near them.

Suppose you are unable to register due to technical difficulties. In that case, our step-by-step approach will assist you, but if you are familiar with the system, go to the PRC LERIS website for quick registration.

Radiologic Technology Board Exam Coverage

The Licensure Exam coverage for Radiologic Technologists consists of 5 major topics. We will discuss them one by one:

1. Physics of Diagnostic Radiation and Protection

   1. Radiation Physics: Matter and energy, theory of atoms and molecules, nuclear structure and bonding, radioactivity, electromagnetism, radiation interaction, and measurements.
   2. Radiation Apparatus and Equipment Maintenance: Production and properties of x-rays, the x-ray tube, high tension generators, the x-ray machines, components of an x-ray circuit, and x-ray accessory devices.
   3. Radiobiology and Radiation Protection: Electromagnetic radiation, radiation protection quantities and units, Physiochemical interaction on radiation biology, radiation effects (somatic/genetic), radiation protection dosages.

2. Image Production and Evaluation

   1. Photochemistry/Darkroom Procedures: Processing room facilities, processing accessories, x-ray films, intensifying screens, handling and storage and protection of x-ray film, processing procedures, automatic processor.
   2. Radiographic Technique or Fundamentals in Radiography: X-ray production, X-ray bean, image formation, image recording, mathematical relationship of different mechanical factors, technical evaluation film critiques, equipment, and technical evaluation procedures.

3. Radiographic Procedures and Techniques

   1. Radiographic Positioning: Proper positioning of the patient, upper limb, lower limb, trunk region, abdomen, and retroperitoneal space, pediatric skull radiography.
   2. Special Procedures with Contrast Media: Types of Contrast Media perform accurate procedures in specific parts of the human body, such as:
      1. Digestive System
      2. Urogenital System
      3. Respiratory System
      4. Radiography of the CNS
      5. Vascular System
   3. Special Procedures without Contrast Media: Basic coordination, proper positioning of the skull according to specific structures, modified skull examinations, special radiographic examination involving vertebral column, other structures like Pelvimetry, placento-graphic, macro radiography, subtraction method, and abdominal series examination.

4. Patient Care, Management and Human Anatomy and Physiology with Medical Terminology

   1. Nursing Procedures: Patient care, technologist patient care, first aid, emergency procedures at the X-ray Department.
   2. Department Administration: Important functions of Management, Important Organization, Staffing, Functions of an Administrator, Hospital and its Purpose, Ethical Standards, Duties and Obligations of Personnel in the X-ray Department, qualities of a competent technologist.
   3. Professional ethics: R.A. 7431, Board of Radiologic Technology, Code of Ethics, Board of Radiologic Technology Rules and Regulations, Persons contributed to the discovery of X-ray, Law, Subpoena, Contempt of Court, and Professional obligation, Crime against Community, Contact, Penal Provision.
   4. Human Anatomy and Physiology:
      1. Human Anatomy 1: Cytology, bone, skeletal structure, function, abnormalities and their radiographic application; muscles, ligaments related to radiography as their structures, origin, and insertion.
      2. Human Anatomy 2: Nomenclature; body system structures, functions, anatomical positions, cross-section, abnormalities and its application to radiography for the gastrointestinal, respiratory, cardiovascular, genitourinary, reproductive, and central nervous system; specific radiography examinations of Chest X-ray, GI series, IV pyelography.

5. Radiological Sciences

   1. Radiographic Pathology: Pathological description used in various organs such as lung, heart, and great vessels, abdomen, gastrointestinal, hepatobiliary, pancreas, KUB, reproductive, head, and vertebral column, skeletal structures, brain, and spinal cord.
   2. Radio-Therapy: Ionizing and Non-Ionizing radiation, treatment plan, Radiotherapy units, radiation detection, radiation calibration techniques, principles of isodose planning, radiotherapy malignanius.
   3. Diagnostic Ultrasound: Importance, principles of Ultrasound, mode of scanning, artifacts and pitfalls, anatomical presentation in scanning (such as obstetric condition, hepatobiliary, kidney, urogenital, thyroid, abscess), interventional ultrasound, ultrasound factoring, permanent image recording.
   4. CT Scan: CT scan units, CT scan tube, construction and design, systems control, console operation, function keys, system performance, quality assurance, scan program (scout scan, axial, dynamic, RX files), periodic maintenance, and photography. MRI: Imaging technic, instrumentation, biological effect, basic MRI anatomy.
   5. Nuclear Medicine: Basic atomic and nuclear structures, radioactivity, radiation detectors, collimation system, radiopharmaceuticals, clinical procedures (In-vivo/Invitro), quality assurance, radiation protection, and emergency procedures.

Radiologic Technologist Board Exam Schedule

According to the Professional Regulation Commission, the Radiologic Technologist Licensure Board Exams are usually held at least once a year.

The dates for all licensure exams are included in this schedule. This guide explains when and how applicants for the Radiologic Technologist Licensure Exam can prepare for the exam, as well as the timeline for successfully completing requirements submission.