Magnetic Resonance Imaging AOS
The goal of the Magnetic Resonance Imaging AOS program is to thoroughly prepare students for the tasks and responsibilities of an entry level Magnetic Resonance Imaging technologist. WCUI accomplishes this objective by combining instruction with laboratory hands on training. Each student also completes an externship at a hospital or imaging facility. The Magnetic Resonance Imaging AOS program at West Coast Ultrasound Institute is accredited by ARMRIT.
Upon completion of the Magnetic Resonance Imaging AOS program, graduates are eligible to sit for the American Registry of Magnetic Resonance Imaging Technologists (ARMRIT) – http://www.armrit.org/ National Certification examination. Based upon a student’s prior education, a WCUI graduate may also sit for the Magnetic Resonance Imaging exam through ARRT.
ASSOCIATE OF OCCUPATIONAL SCIENCE IN MAGNETIC RESONANCE IMAGING
Clock Hours: 2290 Quarter Credit Units: 96
Credential Awarded: Associate of Occupational Science
Clock Hours: 300 Quarter Credit Units: 15
1 quarter of enrollment
Fundamentals in Health Sciences – FHS100
This course introduces the student to the fundamentals of working as a medical professional. Students are introduced to all of the major systems of the human body. This course introduces basic anatomy, physiology, some pathology, and medical terminology. In addition, the student learns to perform EKG’s and will become certified in CPR.
General Mathematics – MAT101
This course is an introduction of basic math skills. Students will study the metric system, decimals, fractions, ratios, conversions, and basic algebra.
English – ENG102
This course serves to introduce students to the general principles of oral and written communication. Students will learn effective writing methods for short memos, documentation of case histories, use of outlines, rough drafts, final drafts, and other principles of professional writing.
Behavioral Science – BEH103
This course is an introduction to general psychology and cultural diversity. This course prepares students for typical social interactions in a health care setting.
Clock Hours: 990 Quarter Credit Units: 48
3 quarters of enrollment
Prerequisites: Successful completion of the applied general education coursework.
MIIE101- MRI Medical Imaging Informatics, Ethics Lecture
This subject covers computer utilization in medical imaging with emphasis on programs utilized in MRI. Operating systems include Windows and Linux. Students will become familiar with post-processing software including processes needed to send images to DICOM/PACS.
MIIE101L-MRI Medical Imaging Informatics, Ethics Laboratory
Students will become familiar with Medical Imaging Informatics by utilizing campus workstations in a laboratory setting to practice all learned material on “virtual” workstations.
MP&M101-MRI Practice & Management Lecture
Overview of the foundation in radiologic science and the practitioner’s role in the health care delivery system. The principles, practices, and policies of the health care organization(s) are examined and discussed with emphasis on the professional responsibilities of the MRI technologists.
MPHY101-MRI Physics, Safety, Bio-effects Lecture
In depth comprehensive lecture covering MRI safety, bio-effects, pulse sequences, image formation, and image contrast. Students will study multiple aspects of MRI physics. In addition, students will learn basic venipuncture and IV techniques.
MPHY101L-MRI Physics Laboratory
Students will utilize techniques learned in lecture to successfully create pulse sequences and images. Students will also practice venipuncture in the laboratory.
MCL101-MRI Clinical Laboratory
This course provides the student with familiarity of clinical pathology seen on MRI studies. This enables the student to compare and contrast normal anatomy with pathology. MRI case studies will be reviewed, including determination of the protocol to be used for different disease states.
MXAN201-MRI Cross-Sectional Anatomy Lecture
This course provides the student with extensive instruction on MRI anatomy. Students will examine various slice planes, basic medical terminology, cross – sectional anatomy, and basic physiology. Students will become familiar with E-Film.
MXAN201L-MRI Cross-Sectional Anatomy Laboratory
Under the supervision of the laboratory instructor, students will perform MRI studies and become familiar with the anatomy. These will be done on both students and volunteers. The studies are then discussed.
MCL201-MRI Clinical Laboratory
The subject content will be taught parallel to cross sectional anatomy and MR physics. In depth look at clinical diseases related to CNS, body (thorax, abdomen and pelvis) MSK and vascular system will be discussed with emphasis on technical and clinical considerations.
Clock Hours: 1000 Quarter Credit Units: 33
2 Quarters of enrollment
Prerequisites: Successful completion of all didactic and laboratory coursework, including all protocol competencies.
EXT-M 201 A/B Externship
In clinical settings, students will learn and perform a wide variety of MRI studies under the supervision of a registered MRI technologist. . Upon successful completion of externship students will be able to perform and complete all general MRI exams without assistance. Patient care, critical thinking, front desk procedures, and soft skills are also incorporated into the clinical externship.
PROGRAM OBJECTIVES
Graduates of the Magnetic Resonance Imaging program will:
1. Demonstrate a commitment to the field of magnetic resonance imaging.
2. Demonstrate knowledge of basic medical sciences, English, math, and behavioral health.
3. Demonstrate entry level clinical knowledge, skills, and attitudes in the care of patients undergoing magnetic resonance imaging procedures.
4. Demonstrate a commitment to ethics and professionalism.
5. Develop skills for lifelong learning.
FEDERAL PROGRAM DISCLOSURES
Click for program disclosures.
*Not all programs are offered at all locations.
