| MRI 501 | Magnetic Resonance Imaging Foundations | An introduction to practice management and clinical practices in the MRI environment, including aspects of patient care, procedural performance and competency. Basic applications of computers and digital imaging in the field of radiology are examined... |
| MRI 505 | Magnetic Resonance Imaging Principles | An introduction to physical principles of MRI, instrumentation, image formation, and basic imaging parameters. The course will include an overview of the history of MRI. Fundamental principles covered include magnetism, signal production, contrast ch... |
| MRI 510 | Magnetic Resonance Imaging Physics | In depth information regarding pulse sequences, image formation, and contrast. Emphasis is placed on details of MR parameters, pulse sequences, methods of data acquisition, imaging options, image artifacts, and quality assurance to enable the student... |
| MRI 512 | Applied Magnetic Resonance Imaging I | Details the knowledge base necessary to perform standard magnetic resonance imaging procedures. Content includes MRI imaging procedures and sectional anatomy and physiology relating to the central nervous system and the musculoskeletal system. The st... |
| MRI 524 | Applied Magnetic Resonance Imaging II | A continuation of MRI 512. Details the knowledge base necessary to perform standard magnetic resonance imaging procedures. Content includes MRI imaging procedures and sectional anatomy and physiology relating to the cardiovascular system, thorax, abd... |
| MRI 550 | Clinical Practicum I | Supervised clinical practice experience designed for sequential development, application, critical analysis, integration, synthesis, and evaluation of concepts and theories in the performance of magnetic resonance imaging procedures. Content includes... |
| MRI 551 | Clinical Practicum II | A continuation of MRI 550. Supervised clinical practice experience designed for sequential development, application, critical analysis, integration, synthesis, and evaluation of concepts and theories in the performance of magnetic resonance imaging p... |
| MRI 552 | Clinical Practicum III | A continuation of MRI 551. Supervised clinical practice experience designed for sequential development, application, critical analysis, integration, synthesis, and evaluation of concepts and theories in the performance of magnetic resonance imaging p... |
| MRI 560 | Magnetic Resonance Imaging Seminar | Prepares the student for the ARRT MRI certification exam. Content will integrate the clinical skills and classroom theories in a comprehensive review to include the specifications of the content categories: patient care, imaging procedures, data acqu... |
| MRI 601 | Magnetic Resonance Imaging Foundations | An introduction to practice management and clinical practices in the MRI environment, including aspects of MRI safety, patient care, procedural performance, competency, health care regulation, professional standards, computers and digital imaging in... |
| MRI 605 | Magnetic Resonance Imaging Principles | An introduction to physical principles of MRI, instrumentation, image formation, and basic imaging parameters. Fundamental principles covered include magnetism, signal production, contrast characteristics, imaging planes, and image formation. Â Instru... |
| MRI 610 | Magnetic Resonance Imaging Physics | In-depth information regarding pulse sequences, image formation, and contrast. Emphasis is placed on details of MR parameters, pulse sequences, data acquisition methods, imaging options, image artifacts, and quality assurance to enable the student to... |
| MRI 612 | Applied Magnetic Resonance Imaging I | Details the knowledge base necessary to perform standard magnetic resonance imaging procedures. Content includes MRI imaging procedures, sectional anatomy and physiology, and pathology relating to the central nervous and musculoskeletal systems. Top... |
| MRI 624 | Applied Magnetic Resonance Imaging II | A continuation of MRI 612. Details the knowledge base necessary to perform standard magnetic resonance imaging procedures. Content includes MRI imaging procedures, sectional anatomy and physiology, and pathology relating to the cardiovascular system,... |
| MRI 650 | Clinical Practicum I | Supervised clinical practice experience designed for sequential development, application, critical analysis, integration, synthesis, and evaluation of concepts and theories in the performance of magnetic resonance imaging procedures. Content includes... |
| MRI 651 | Clinical Practicum II | A continuation of MRI 650. Supervised clinical practice experience designed for sequential development, application, critical analysis, integration, synthesis, and evaluation of concepts and theories in the performance of magnetic resonance imaging p... |
| MRI 652 | Clinical Practicum III | A continuation of MRI 651. Supervised clinical practice experience designed for sequential development, application, critical analysis, integration, synthesis, and evaluation of concepts and theories in the performance of magnetic resonance imaging p... |
| MRI 660 | Magnetic Resonance Imaging Seminar | Prepares the student for the ARRT MRI certification exam. Content will integrate the clinical skills and classroom theories in a comprehensive review to include the specifications of the content categories. |
| MRI 670 | MRI Leadership, Education, & Management | Explores current professional issues in magnetic resonance imaging and health care delivery. Students will explore, analyze, and evaluate health care reform, professional practice issues, educational standards, and organizational behavior in the cont... |
| MRI 690 | Magnetic Resonance Imaging Research I | Reinforces the conceptual basis for the interpretation and critical analysis of professional literature and the research process. Emphasis is on the evaluation of magnetic resonance imaging topics and effective communication of research via written a... |
| MRI 699 | Magnetic Resonance Imaging Research II | A continuation of the research process introduced in MRI 690. The didactic emphasis is on development of research methodology and the compilation and dissemination of a final research project. Student groups complete the details unique to their resea... |
| NM 301 | Orient and Intro to Nuclear Medicine | No Description Set |
| NM 302 | Instrumentation and Statistics | No Description Set |
| NM 303 | Radiopharmacy | No Description Set |
| NM 304 | Radiation Physics | No Description Set |
| NM 305 | Radiation Safety and Protection | No Description Set |
| NM 306 | Radio Biology | No Description Set |
| NM 307 | Computer Applications | No Description Set |
| NM 308 | Mathematics | No Description Set |
| NM 309 | Patient Care and Venipucture | No Description Set |
| NM 310 | Nuclear Cardiology and PET/CT | No Description Set |
| NM 311 | Medical Law and Ethics | No Description Set |
| NM 312 | Human A & P and Medical Terminology | No Description Set |
| NM 313-A | Clinical Procedures I | No Description Set |
| NM 313-B | Clinical Procedures II | No Description Set |
| NM 313-C | Clinical Procedures III | No Description Set |
| NM 314 | Review for Registry/Cert Exams | No Description Set |
| NMT 299 | Nuclear Medicine Clinical | No Description Set |
| NMT 501 | Nuclear Medicine Foundations | An introduction to nuclear medicine technology emphasizing patient care; principles of nuclear radiation and safety; instrumentation and quality control; and medical law and ethics specific to NMT. Nuclear medicine mathematic applications for radion... |
| NMT 506 | Nuclear Physics & Radiobiology | Presents qualitative and quantitative concepts of radiation physics and radiobiology pertaining to medical applications in nuclear medicine; atomic and nuclear structure, radioactive decay, properties of radiation; and photon interactions in matter.... |
| NMT 510 | Nuclear Medicine Technology Principles | A study of the fundamental concepts of radiopharmaceutical production and mechanisms of localization; theoretical and practical concepts of nuclear instrumentation and statistics; principles of in vivo and in vitro counting and imaging, and Gamma/SP... |
| NMT 512 | Applied Nuclear Medicine Imaging I | A study of anatomy, physiology, terminology, and pathology related to diagnostic nuclear medicine for the skeletal, gastrointestinal, respiratory, urinary, and endocrine systems. The course presents current uses of radiopharmaceuticals for... |
| NMT 524 | Applied Nuclear Medicine Imaging II | A study of anatomy, physiology, terminology, and pathology related to diagnostic and therapeutic nuclear medicine for the central nervous system and nuclear oncology. The course provides comprehensive studies of immunology, nuclear cardiology, and r... |
| NMT 550 | Clinical Practicum I | A supervised introduction to the clinical environment providing experience with in vivo and in vitro procedures; instrumentation quality control; radiopharmacy; applied radiation safety procedures; and clinical imaging. |
| NMT 551 | NMT Clinical Practicum II | A continuation of NM 550. Directed intermediate level clinical practice providing practical clinical experience with in vivo and in vitro procedures; instrumentation quality control; radiopharmacy; applied radiation safety procedures; and clinical im... |
| NMT 552 | NMT Clinical Practicum III | A continuation of NM 551. Directed advanced level clinical practice providing clinical experience with in vivo and in vitro procedures and therapies; PET/CT imaging and image evaluation; instrumentation quality control; radiopharmacy; applied radiat... |
| NMT 560 | Nuclear Medicine Seminar | A review of current literature and research applied to nuclear medicine case studies, along with review of didactic and clinical NMT providing an overview of topics relating to professional certification. Factors affecting health policy and healthcar... |
| NMT 601 | Nuclear Medicine Foundations | An introduction to nuclear medicine technology emphasizing patient care; principles of nuclear radiation and safety; instrumentation and quality control; and medical law and ethics specific to NMT. Nuclear medicine mathematic applications for radionu... |
| NMT 606 | Nuclear Physics & Radiobiology | Presents qualitative and quantitative concepts of radiation physics and radiobiology pertaining to medical applications in nuclear medicine; atomic and nuclear structure, radioactive decay, radiation properties; and photon interactions in matter. Add... |
| NMT 610 | Nuclear Medicine Technology Principles | A study of the fundamental concepts of radiopharmaceutical production and mechanisms of localization; theoretical and practical concepts of nuclear instrumentation and statistics; principles of in vivo and in vitro counting and imaging; image managem... |
| NMT 612 | Applied Nuclear Medicine Imaging I | A study of anatomy, physiology, terminology, and pathology related to diagnostic nuclear medicine for the skeletal, gastrointestinal, respiratory, urinary, and endocrine systems. The course presents the current uses of radiopharmaceuticals for organ... |
| NMT 624 | Applied Nuclear Medicine Imaging II | A study of anatomy, physiology, terminology, and pathology related to diagnostic and therapeutic nuclear medicine for the central nervous system and nuclear oncology. The course provides comprehensive immunology, nuclear cardiology, and related PET/C... |
| NMT 650 | Clinical Practicum I | A supervised introduction to the clinical environment providing experience with in vivo and in vitro procedures; instrumentation quality control; radiopharmacy; applied radiation safety procedures; and clinical imaging. |
| NMT 651 | Clinical Practicum II | A continuation of NMT 650. Directed intermediate-level clinical practice providing practical clinical experience with in vivo and in vitro procedures; instrumentation quality control; radiopharmacy; applied radiation safety procedures; and clinical i... |
| NMT 652 | Clinical Practicum III | A continuation of NMT 651. Directed advanced-level clinical practice, providing clinical experience with in vivo and in vitro procedures and therapies; PET/CT imaging and image evaluation; instrumentation quality control; radiopharmacy; applied radia... |
| NMT 660 | Nuclear Medicine Seminar | Prepares the student for the ARRT NMT certification exam. Content integrates the clinical skills and classroom theories in a comprehensive review to include the specifications of the ARRT content categories: patient care, safety, image production, an... |
| NMT 670 | NMT Leadership, Education, & Management | Explores current professional issues in nuclear medicine and health care delivery. Students explore, analyze, and evaluate health care reform, professional practice issues, educational standards, and organizational behavior in the context of the dail... |
| NMT 690 | Nuclear Medicine Research Methods I | Reinforces the conceptual basis for interpreting professional literature and making evidence-based practice decisions. Both qualitative and quantitative research designs are explored in-depth, and students are instructed in the research process with... |
| NMT 699 | Nuclear Medicine Research Methods II | A continuation of the research process introduced in NMT 690. Didactic emphasis is on methodology, statistical analyses, and the compilation and dissemination of a final research project. Student groups complete the details unique to their research p... |
| RAD 300 | Concepts of Radiologic Sciences | An overview of the foundations in radiography involving the practitioner's role in the health care delivery system. An introduction to general anatomy and body systems; mobile, trauma, and surgical radiography are explored. Principles, practices, and... |
| RAD 306 | Radiographic Procedures I | Provides a knowledge base necessary to perform standard radiographic procedures of the thoracic viscera, abdomen, upper and lower extremities, and bony thorax. Content includes the radiographic anatomy and positioning of these body structures. Labor... |
| RAD 312 | Radiation Protection | Fundamental theories and principles related to the safe utilization of diagnostic radiographic equipment in a clinical setting. The student applies the theories and principles of safe radiation exposure. |
| RAD 318 | Principles of Image Formation | Factors that govern and influence the production and recording of radiologic images. Content includes the importance of minimum imaging standards, discussion of a problem-solving technique for image evaluation, factors affecting image quality, imagin... |
| RAD 324 | Age Specific Patient Care | Patient care theory and techniques for a diverse patient population. Content includes age-appropriate interpersonal communication, patient transfer and immobilization techniques, vital sign monitoring, sterile and aseptic techniques, infection contro... |
| RAD 330 | Radiologic Physics | Qualitative and quantitative concepts of radiation physics pertaining to medical applications in radiology; atomic and nuclear structure; radiation properties; x-ray production; photon interactions in matter; and attenuation processes. |
| RAD 336 | Radiobiology | Qualitative and quantitative concepts of radiobiology pertaining to genetic and somatic effects of ionizing radiation and the mechanisms of interaction from subcellular level to organism. |
| RAD 342 | Research Methods | Provides an overview of research design methodology in radiologic sciences. Emphasis is on data collection, analysis, interpretation, and effective research communication via written and oral presentations. |
| RAD 348 | Radiographic Procedures II | A continuation of RAD 306. Content includes the radiographic anatomy and positioning of the shoulder and pelvic girdles, and the vertebral column. Laboratory experience will be used to complement the didactic portion. |
| RAD 350 | Principles of Image Formation II | A continuation of RAD 318. Content will include imaging accessories, technique charts, image receptors, image processing, sensitometry, and criterion for image evaluation. Laboratory experience will be used to complement the didactic portio... |
| RAD 354 | Clinical Practicum I | Supervised clinical practice experience designed for sequential development, application, critical analysis, integration, synthesis, and evaluation of concepts and theories in performing radiologic procedures. Content includes patient assessment; rad... |
| RAD 360 | Clinical Practicum II | A continuation of RAD 354. Supervised clinical practice experience designed for sequential development, application, critical analysis, integration, synthesis, and evaluation of concepts and theories in performing radiologic procedures. Content inclu... |
| RAD 400 | Legal and Ethical Issues in Imaging Sciences | A study of legal and ethical issues in imaging sciences. Topics include ethical theories, end-of-life care, living wills, confidentiality, risk management and quality review, HIPAA, and human diversity. |
| RAD 406 | Radiographic Procedures III | A continuation of RAD 348. Content includes the radiographic anatomy and positioning of the bony thorax and cranium. Laboratory experience will be used to complement the didactic portion. |
| RAD 412 | Advanced Medical Imaging Science | A study of the advanced physical principles of diagnostic radiology. Topics include image intensification, specialized radiographic units, and quality control of radiographic equipment and accessories. |
| RAD 414 | Advanced Clinical Practice Skills | Focuses on the current health care delivery environment including patient assessment, monitoring, infection control, and management. It includes working with multicultural patients, managing problem patients, and patient education. Additional topics... |
| RAD 418 | Digital Image Acquisition and Display | Explores the components, principles, and operations of digital imaging systems. Factors that impact image acquisition, display, archiving, and retrieval are discussed. Principles of digital imaging quality assurance and maintenance are presented. |
| RAD 420 | Image Evaluation and Critique | Content provides a basis for analyzing radiographic images. Included are the importance of optimal imaging standards, discussion of a problem-solving technique for image evaluation, and factors affecting image quality. |
| RAD 424 | Principles of Computed Tomography | Explores the basic physical and technical principles of computed tomography (CT) imaging. Content includes computed tomography generations, components, operations, and imaging processes, emphasizing sectional anatomy as seen in computed tomography. |
| RAD 430 | Pharmacology and Drug Administration | An overview of pharmacologic principles and practices in patient care emphasizing imaging procedures. Topics include biopharmaceutics, pharmacokinetics, pharmacodynamics, drug classifications, radiopharmaceuticals, venipuncture, routes of drug admini... |
| RAD 436 | Radiographic Pathology | Introduces theories of disease causation and the pathophysiologic disorders that compromise healthy systems. Content includes etiology, pathophysiologic responses, clinical manifestations, radiographic appearance, and management of alterations in bod... |
| RAD 438 | Radiographic Image Analysis | A study of specific factors of the radiographic process that affect image quality, emphasizing refinement of image analysis and problem-solving skills. Image analysis of the appendicular skeleton, axial skeleton, chest, abdomen, and digestive system... |
| RAD 440 | Advanced Clinical Management | A study of the delivery of patient-centered care while exploring the business management of the imaging profession. Includes advanced clinical practice skills, image analysis, radiology coding, and imaging informatics. Additional topics include an ov... |
| RAD 442 | Clinical Research Methods | A study of research design methodology in radiologic sciences. Topics include terminology of research, qualitative and quantitative methods, statistics, basic research designs, and data analysis techniques. Emphasis is placed on critical review of ra... |
| RAD 445 | Concepts of Magnetic Resonance Imaging | A study of the basic physical principles of magnetic resonance imaging (MRI). Content includes fundamentals of magnetic resonance imaging, equipment and instrumentation, radiofrequency and gradients, image production parameters, contrast media, pulse... |
| RAD 448 | Radiographic Procedures IV | A continuation of RAD 406. Content includes the radiographic anatomy and positioning of the digestive, biliary, urinary, and reproductive systems, as well as the use of advanced radiographic procedures. |
| RAD 451 | Mgmt Issues in Diagnostic Health Care | A study of managerial roles and functions in health care organizations emphasizing diagnostic imaging. Content includes connective processes, planning, organizing, staffing, influencing, controlling, and labor relations. Provides a foundation of mana... |
| RAD 454 | Clinical Practicum III | A continuation of RAD 360. Supervised clinical practice experience designed for sequential development, application, critical analysis, integration, synthesis, and evaluation of concepts and theories in performing radiologic procedures. Content inclu... |
| RAD 457 | Breast Imaging Principles | A study of the basic physical principles of breast imaging (mammography). Content includes fundamentals of breast imaging, equipment and instrumentation, image production parameters, quality control and regulations, patient care in breast imaging, br... |
| RAD 460 | Clinical Practicum IV | A continuation of RAD 454. Supervised clinical practice experience designed for sequential development, application, critical analysis, integration, synthesis, and evaluation of concepts and theories in performing radiologic procedures. Content inclu... |
| RAD 463 | Patient Safety in Radiologic Sciences | A study of the essentials of patient safety in the health care environment, emphasizing safety within the imaging profession. Content includes an introduction to health care safety, workplace safety, risk management, patient transfer and transport, p... |
| RAD 466 | Clinical Practicum V | A continuation of RAD 460. Supervised clinical practice experience designed for sequential development, application, critical analysis, integration, synthesis, and evaluation of concepts and theories in performing radiologic procedures. Content inclu... |
| RAD 472 | Seminar I | An overview of various topics in radiologic sciences. |
| RAD 475 | Seminar II | A continuation of RAD 472 and provides an overview of various topics in radiologic sciences. |
| RAD 478 | CT Applications and Sectional Imaging | A study of the basic physical principles of computed tomography (CT) imaging. Content includes CT fundamentals, equipment and instrumentation, data acquisition, image processing and reconstruction, patient safety, image quality, and procedure protoco... |
| RAD 484 | Radiologic Sciences Directed Study | Involves a directed study designed to allow registered radiologic technologists to demonstrate their expanded capabilities resulting from previous didactic and clinical experience gained in radiologic sciences. Requires the student to utilize the kno... |
| RAD 490 | Special Topics | Interdisciplinary elective. Content varies. May be repeated for credit. Prerequisite: Permission of instructor |
| RAD 670 | Leadership, Education & Management in Imaging Professions | Explores current professional issues in imaging professions and health care delivery. Students explore, analyze, and evaluate professional practice issues, educational standards, and organizational behavior in the context of professional practice of... |
| RAD 670 | Leadership, Education, & Management in Imaging Professions | Explores current professional issues in imaging professions and health care delivery. Students research, analyze, and evaluate professional practice issues, educational standards, and organizational behavior in the professional practice of radiology... |
| RAD 690 | Research in Imaging Sciences I | Introduces concepts essential for evidence-based practice in the imaging sciences. Students will demonstrate the ability to critically analyze existing literature on topics relevant to care delivery, clinical practice, and/or a professional issue in... |
| RAD 690 | Research in Imaging Sciences I | Introduces concepts essential for evidence-based practice in the imaging sciences. Students will demonstrate the ability to critically analyze existing literature on topics relevant to care delivery, clinical practice, and/or a professional issue in... |
| RAD 699 | Research in Imaging Sciences II | A continuation of the research process introduced in RAD 690. The successful completion of a research project occurs under the direction of faculty advisors. |
| RAD 699 | Research in Imaging Sciences II | A continuation of the research process introduced in RAD 690. Successfully completing a research project occurs under the direction of faculty advisors. |
| XT 201 | Medical Terminology | No Description Set |
| XT 202 | Pharmacology & Drug Administration | No Description Set |
| XT 203 | Computers in Radiologic Sciences | No Description Set |
| XT 204 | Radiographic Imaging/Processing & Eval | No Description Set |
| XT 205 | Radiographic Positioning | No Description Set |
| XT 206 | Radiographic Anatomy & Physiology | No Description Set |
| XT 207 | Radiographic Pathology | No Description Set |
| XT 208 | Radiobiology | No Description Set |
| XT 209 | Radiation Physics | No Description Set |
| XT 210 | Equipment Operation & Quality Management | No Description Set |
| XT 211A | Clinical Education | No Description Set |
| XT 211B | Clinical Education | No Description Set |
| XT 211C | Clinical Education | No Description Set |