NOTE: Only students who do not need additional coursework and who take the number of credits or courses as listed each semester can complete the program in the time given. Others will take longer to complete.
Specialty Courses Credit Hours
|BIO 101 General Biology||4|
|BIO 275 Anatomy & Physiology I||4|
|BIO 276 Anatomy & Physiology II||4|
|OFT 281 Medical Terminology||3|
CMN 101 Intro to Speech I (preferred) OR
CMN 104 Interpersonal Communication
|CSC 106 Intro to Computers||3|
|ENG 101 Rhetoric & Comp I||3|
|ENG 102 Rhetoric & Comp II||3|
|FYE 101 Blazing Your Trail||1|
MAT 109 Elementary Statistics OR
MAT 113 College Algebra (preferred)
PSY 101 Intro to Psychology
|Credits from Blessing School of Radiologic Technology||31|
|Total Required for Degree (Minimum)||70|
Radiologic Technology Courses (Blessing School of Radiologic Technology)
|Intro to Radiologic Science|
|Methods of Patient Care I|
|Radiographic Anatomy I|
|Radiographic Procedures I|
|Image Analysis I|
|Radiographic Exposure I|
|Radiographic Exposure II|
|Methods of Patient Care II|
|Image Analysis II|
|Radiographic Procedures & Anatomy II|
|Radiographic Procedures II|
|Physics for Radiographic Science I|
|Radiographic Pathology I|
|Image Analysis III|
|Radiographic Procedures & Anatomy III|
|Radiographic Procedures III|
|Physics for Radiographic Science II|
|Radiographic Pathology II|
|Image Analysis IV|
|Radiographic Registry Review|
The Blessing Hospital Radiology Department serves inpatients and outpatients 24 hours a day, 7 days a week and offers a full range of services utilizing digital and computerized radiography equipment. Students enrolled in the Blessing Hospital School of Radiologic Technology will rotate through the following areas throughout the course of the program:
- Diagnostic Center
- Transporting - Department & ED
- Quincy Medical Group
- Emergency Department
- Hannibal Regional Hospital
Second - Fourth Semesters
- Emergency Department
- Nights (12:30 - 9:00)
- Diagnostic Center
- Weekends (2 per semester)
- Nuclear Medicine
- Radiation Therapy
- Magnetic Resonance Imaging
- Computed Tomography
- Special Procedures
- Heart Catheterization
- Quincy Medical Group
- Illini Community Hospital
- Hannibal Regional Hospital
- Mammography/DEXA (optional rotation)
The students are given a set of objectives for each assigned area. These objectives must be completed and turned in two weeks after rotating through each area.
Introduction to Radiologic Science
This course is designed to acquaint the incoming student with the hospital, the Radiology Department and the environment of health care. You receive information concerning hospital and departmental administration and policies directly related to them, and information regarding credentialing and licensure, professional organizations and the need for continuing education. This course will also introduce you to the technical aspects of Radiologic Technology. Very important pieces to this course include medical terminology and radiation protection directed to the students' personal protection, protection for the patients and for all other members of the hospital staff.
Radiographic Exposure I & II
Radiographic Exposure provides the necessary knowledge and understanding of factors that govern and influence the quality of the radiographic image. Radiographic Exposure I provides lectures, discussions and demonstrations if possible in the following areas: properties of x-ray, types of ionizing radiation, radiation concepts of matter and energy, the x-ray tube, distortion, filtration, scatter radiation and the prime factors and how each one affects the radiographic image. Students will also learn technique formulas to aid in exposure calculations/adjustments.
Radiographic Exposure II builds off of the information taught in Radiographic Exposure I. During this course the students are provided lectures, discussions and demonstrations if possible regarding: characteristics of radiographic film, radiographic density and contrast, exposure latitude, recorded detail, beam limitation devices, attenuation of the x-ray beam, grids, intensifying screens, processing solutions and procedures, and sensitometry. Students will learn more technique formulas to aid in exposure calculations/adjustments.
Clinical I, II, III & IV
The clinical component provides our students the opportunity to combine theoretical and practical knowledge with cognitive, psychomotor and affective skills to help them develop competence in the procedures set forth by our program.
Methods of Patient Care I & II
These courses are designed to provide the basic concepts of patient care including consideration for the physical, psychological, and educational needs of the patient and family and instill the necessary skills used in caring for routine and emergency patients during radiologic procedures. In Methods of Patient Care I the student is educated on: safety; patient transfers; patient positioning; infection control; surgical asepsis; medical ethics; professional roles, behaviors, attitudes and communication; vital signs; dealing with acute situations and/or special medical devices and how to perform mobile radiography in the special units.
Methods of Patient Care II builds off of the information taught in Methods of Patient Care I. During this course the students will be educated on patient care considerations for pediatric and geriatric patients; contrast media and patient care during urinary, biliary and gastrointestinal procedures; pharmacology for radiographers; medication administration; theory and practice of IV cannulation (venipuncture); basic electrocardiogram monitoring and will also learn about interventional procedures as well as patient care considerations for other imaging modalities.
This course establishes basic knowledge of equipment routinely utilized to produce diagnostic images to include: fluoroscopic, digital (CR & DR), tomographic, CT and MRI equipment. You will be introduced to the fundamentals of computer technology and computer applications in the radiologic sciences related to image capture, display, storage and distribution. Lectures related to MRI, digital radiography and quality assurance are also incorporated into this course. The Imaging Equipment course also includes a lecture and demonstration related to CT. CT imaging of the abdomen and brain and review of CT images are also integrated into the lecture.
Image Analysis I & II
This course is designed to provide a basis for analyzing radiographic images. Image Analysis I includes quizzes for evaluation of parameters for acceptability of chest, skeletal and abdominal images.
Image Analysis II is a continuation of Image Analysis I and is designed to provide continued experience for analyzing radiographic images. Image Analysis II includes quizzes and tests for evaluation of the parameters of acceptability for chest, skeletal, abdominal (to include urinary and gastrointestinal images), spine and pelvis imaging.
In both Image Analysis I & II discussions regarding problem-solving techniques and factors controlling image characteristics will be held. Actual images are incorporated into the curriculum for analysis.
Image Analysis III & IV
These courses are a continuation of Image Analysis I & II. They are designed to provide continued experience for analyzing radiographic images. Image Analysis III includes quizzes and tests for evaluation of the parameters of acceptability for all chest and bony thorax, skeletal, abdominal (to include urinary and gastrointestinal images), spine, pelvis and cranial imaging.
Image Analysis IV is a continuation of Image Analysis III and is designed to provide continued experience for analyzing radiographic images. Included are quizzes and tests for the evaluation of the parameters of acceptability for all diagnostic imaging.
In both Image Analysis III & IV discussions regarding problem-solving techniques and factors controlling image characteristics will be held. Actual images are incorporated into the curriculum for analysis.
This course provides the knowledge of radiation, how radiation interacts with matter as well as the concepts regarding protection practices for the worker, patients and the general public. The latest information concerning regulations and guidelines from advisory agencies is also discussed.
Radiographic Procedures I, II & III
These courses provide a basis for analyzing radiographic images and cover imaging standards and problem-solving techniques. All factors affecting image quality are discussed and actual images are included for analysis. Students practice all procedures in the simulated lab and complete a return demonstration prior to performing examinations on patients under the supervision of a registered Radiologic Technologist.
Radiographic Procedures I begins with an explanation of the basic rules and terminology used in radiographic positioning. In this course demonstrations regarding procedures related to the chest, abdomen, and upper extremity is provided. Students also begin to receive instruction regarding the lower extremity near the end of the course.
Radiographic Procedures II resumes with students continuing to learn how to perform procedures related to the lower extremity. Additionally, demonstrations regarding procedures related to the urinary system, gastrointestinal system, and vertebral column are taught during this course. Near the end of the course students are introduced to imaging procedures of the bony thorax.
Radiographic Procedures III begins with the students learning the rest of the procedures related to the bony thorax as well as procedures related to the female reproductive system. Demonstrations covering all cranial procedures to include the skull, facial bones, and sinuses is also included in this course.
Radiographic Anatomy I & II & III
These courses provide students with in depth knowledge of the various systems of the body by discussing how each one works and the different structures within each system. Actual bones and models of anatomical parts are used as visual aids throughout all three of these courses to enhance student learning.
Radiographic Anatomy I begins with an explanation of the skeletal system and joints. In this course, lectures regarding the anatomy related to the chest, abdomen and upper extremity is provided. Students also begin to receive information regarding the lower extremity near the end of the course.
Radiographic Anatomy II resumes lectures concerning the lower extremity. The anatomy related to the urinary system, gastrointestinal system, bony thorax and vertebral column is also taught during this course.
Radiographic Anatomy III provides lectures covering all cranial anatomy. Additionally, lectures pertaining to mammography, the male and female reproductive systems, cardiovascular system and the circulatory system are also provided.
In this course, students are provided with an overview of the cell and cell division. In addition to this, the principles of cell-radiation interaction, the effects of radiation on the cells and the factors affecting cell response are presented. Acute and chronic effects of radiation are also reviewed.
Radiographic Pathology I & II
These courses are designed to provide an introduction to the concepts of disease. Pathology and disease as it relates to the various anatomical systems and radiographic procedures are discussed.
Physics for Radiographic Science I & II
This course will describe the basic structure of matter. We will discuss the atom, electromagnetic energy and identify the properties of x-rays. It will include the study of electrostatics, electrodynamics and electromagnetism.
Physics for Radiographic Science II - This course will discuss the x-ray machine, details of the x-ray tube and the process of x-ray production. X-ray interactions with matter are also included.
Radiography Registry Review
This course will provide the student of radiologic technology the opportunity to review all information that has been taught to him/her during his/her training at Blessing Hospital. It will include: registry review assignments, mock registry tests, review games and directions in filling out the applications needed in order to sit for the registry and apply for state licensure. The student will also research and present information regarding professional organizations and continuing education requirements for a radiologic technologist.