38 courses with the subject MI, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
MI 100Introduction to Medical Imaging2
This course is an introduction to the Medical Imaging profession. Topics include the historical development of imaging, professional identity, organizational structure of imaging departments, and advanced imaging modalities. Opportunities for professional certification and advancement are also presented.
This course provides a body systems approach to learning medical language. Word parts are used to build, analyze, define, and spell medical terms. Structural, directional, disease and disorder, surgical, and diagnostic terms; pronunciations, and abbreviations are included. Fall (online); Spring (online); Summer (online, as needed)
MI 125Principles of Radiographic Exposure and Processing I3
Elements of x-ray production. Emphasis on factors affecting production of an acceptable diagnostic radiograph: contrast, density, recorded detail, and visibility of detail.
MI 126Principles of Radiographic Exposure and Processing II2
This course is a continuation of MI 125 / MI 125L . Further study of theories and factors affecting production of a quality image, inclusive of processing.
Orientation to the clinical education center, equipment familiarization, application of theoretical principles through examination of patients under direct supervision. Clinical experience in a diagnostic imaging department, including fluoroscopy, mobile imaging, evening, and operating room rotations if applicable.
Building on the skills introduced in MI140, under appropriate supervision, students will obtain further clinical experience in a diagnostic imaging department, including fluoroscopy, mobile imaging, evening, and operating room rotations if applicable.
This course will provide the student with an overview of the radiologic technologist’s role in the healthcare delivery system. The professional responsibilities of the radiologic technologist will be examined and discussed. Communication skills and professional conduct in the clinical setting will also be introduced. Basic concepts of patient care, physical and psychological needs of the patient, and routine and emergency patient care will be described. Human diversity in health care and its impact in the treatment of patients will be discussed.
Building on MI 200 Patient Care, this course utilizes a combination of lecture and lab to develop advanced clinical skills. Pharmacology, venipuncture, and administration of diagnostic contrast agents including patient education and assessment will be discussed. Related clinical skills will be demonstrated and practiced. The role of the Radiologic Technologist in acute situations and emergency response will be explained.
This course is designed to educationally prepare and develop pre-clinical competence in specific diagnostic procedures through a combination of lecture and laboratory. It is an introduction to theory and principles of diagnostic radiography of the upper limb, lower limb, abdomen, chest and bony thorax.
This course is designed to educationally prepare and develop clinical competence in specific diagnostic procedures through a combination of lecture and laboratory. It is a continuation of Radiographic Procedures I. It is an introduction to theory and principles of diagnostic radiography of the vertebral column, surgical radiography, digestive system, biliary tract, urinary system, and cranium.
This course focuses on the properties/elements of x-ray (image) production from the x-ray tube to the image receptor and how changes in the elements affect the finished radiographic image. The emphasis is on factors such as: contrast; density/brightness/image receptor exposure; recorded detail/spatial resolution; and visibility of detail, all necessary for production of an acceptable diagnostic radiographic image. Radiation protection will be addressed. Theories/concepts learned in lecture will be applied during an associated lab experience.
This course is a continuation of MI 207. Topics covered include: grids, anode-heel effect, filtration, beam restrictors, and all aspects of digital imaging; both direct (DR) and computed radiography (CR) as they relate to the production of a quality digital image.
A study of the effects of ionizing radiation on living matter; both acute and chronic; changes in molecules, cells, tissues, genetics, and embryology are presented. Topics such as patient protection, personnel protection, maximum permissible dose, and exposure monitoring are explained.
This course explores the fundamentals of x-ray properties, production of ionizing radiation and its interactions, x-ray circuitry, and equipment through a combination of lecture and laboratory.
Building upon the skills mastered in MI 160, under appropriate supervision, students will obtain further clinical experience in a diagnostic imaging department, including fluoroscopy, mobile imaging, evening, operating room and an advanced modality observation if applicable.
The course is designed to provide a basis for analyzing radiographic images. Included are the importance of imaging standards; discussion of problem-solving techniques; and the factors that can affect image quality of the upper limb, lower limb, abdomen, chest and bony thorax.
MI 203 , or by permission of instructor. Fall only
MI 244Radiographic Image Evaluation 22
This course is a continuation of MI 243 , Radiographic Image Evaluation I. Image analysis content is designed to provide a basis for analyzing radiographic images. Included are the importance of minimum imaging standards; discussion of problem-solving techniques; and the factors that can affect image quality of the vertebral column, digestive system, urinary system, and cranium.
MI 203 and MI 243 , or by permission of the instructor. Spring only
MI 253Imaging Pathology2
This course will offer a foundation in the basic principles of pathology. The focus is on the appearances of diseases and injury diagnosed by medical imaging procedures. Etiology, treatment and prognosis will also be discussed.
This course is designed to provide medical imaging students with basic knowledge of research methodologies and to assist in the development of inquiry and research skills.
Continuation of MI 225 . Advanced practical application of theory and skills acquired in all phases of the curriculum. Clinical experience in a diagnostic imaging department, fluoroscopy, mobile imaging, evening shifts, and operating room if applicable. Observations in Advanced modalities.
Continuation of MI 304. Master theory and skills acquired in all phases of the Medical Imaging curriculum. Clinical experience in a diagnostic imaging department, fluoroscopy, mobile imaging, evening shifts, and operating room if applicable.
This course focuses on the biological and genetic changes in the human body as the result of exposure to ionizing radiation. Typical medical exposure levels, methods for measuring and monitoring radiation, and methods for protecting personnel and patients from excessive exposure will be covered. Previously offered as MI 214
This course will offer a foundation in the basic principles of pathology. The focus is on the appearance of disease and injury diagnosed by medical imaging procedures. The relationship between imaging modalities and the diagnosis of disease will be emphasized. Etiology, treatment and prognosis will also be discussed. Previously offered as MI 253
Students will explore advanced diagnostic imaging and therapeutic procedures. Weekly lectures will focus on specialized imaging equipment and patient populations. The historical development of imaging equipment, indications and contraindications for use, and procedures performed will be covered. Topics include, but are not limited to, angiography and interventional radiography, computed tomography, mammography and magnetic resonance imaging, sonography, nuclear medicine, radiation therapy and forensic imaging.
MI 311Sectional Anatomy for Imaging Professionals3
This course focuses on cross sectional anatomy as it applies to medical imaging. The ability to locate and identify structures in the axial, sagittal, coronal and oblique plane is a necessary skill in many imaging and therapeutic modalities. Volumetric data sets and 3-D reconstruction of the body structures are increasingly important in the diagnosis and treatment of disease. Both normal and abnormal anatomy will be discussed.
This course involves discussion of current issues relevant to medical imaging and their impact upon the profession. Topics include, but are not limited to mandatory vs. voluntary continuing education, licensure, multiskilling, regional vs. programmatic accreditation, and charting and documentation.
Senior level status or permission of instructor Fall (first seven weeks) only (traditional format).
MI 403Senior Capstone1
As a culmination of their education, and using the inquiry and research skills mastered in MI 303 Introduction to Research , the students will complete an individual research-based project. The outcome will include a paper or poster acceptable for publication in a professional journal or presentation at a state or national conference.
Clinical experience in an advanced imaging modality beyond diagnostic radiology. Final phase of the clinical experience in an advanced imaging modality.
Continuation of MI 404 . Clinical experience in an advanced imaging modality beyond diagnostic radiology. Final phase of the clinical experience in an advanced imaging modality.
Through literature searches, this course involves presentation and discussion of current issues relevant to the medical imaging discipline and their impact on the profession. Class discussion is a vital component of this course. Previously offered as MI 400
MI 260 or MI 306 must be an M.I. Major. Fall (December grads). Spring (May grads)
MI 416Principles of Mammography1
Students in this course are provided the opportunity to develop discipline-specific knowledge in the post-primary practice of mammography. Topics include patient interaction and management, equipment operations and QA, anatomy and physiology, pathology, and positioning and procedures.
Students in the course are introduced to the principles of computed tomography (CT). Topics include history and fundamental elements of equipment, data acquisition, image processing and reconstruction. Patient safety, image quality and specific procedural elements are also covered. Pertinent anatomy and pathology are also reviewed.
Students in this course are introduced to the principles of magnetic resonance imaging (MRI). Topics include history and fundamental elements of equipment and instrumentation, image production parameters, contrast media and pulse sequences. Patient safety, image quality and specific procedural elements are also be covered. Pertinent anatomy and pathology are also reviewed.
MI 419Principles of Cardiac and Vascualr Interventional Imaging1
This course is designed for students experiencing a clinical internship in either cardiac or vascular interventional imaging. It provides an in-depth study into interventional radiologic procedures. Patient care, image production and procedures including equipment and accessory instrumentation, such as catheters and guidewires are covered. Angiography, cardiac catheterization and interventional procedures are discussed. Pertinent pharmacology are also be covered.
MI 450Quality Management in Medical Imaging Sciences2
Through lecture and lab, this course focuses on quality management and its associated topics of quality assurance and quality control as they relate to the field of Medical Imaging. Particular emphasis is on quality control; which is the part of the overall program that deals with instrumentation and equipment. Methods used to test, evaluate, and ensure radiographic image quality will be covered.
Variable credits Topics vary from semester to semester and are announced with pre-registration information. An example of courses offered include those in magnetic resonance imaging, CT scan, bone densitometry, and sonography.
