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Student Learning Outcomes

Discipline: Technology & Health: Radiologic Technology

Course Name	Course Number	Objectives
Clinical Experience 1A	RAD 1A	The student will position the patient and image receptor to achieve accurate demonstration of the affected body part. Demonstrate professional behavior and adherence to radiographer practice standards. Demonstrate ethical practice and commitment to diversity, equity, and inclusion in all clinical interactions. Perform patient assessments, including recording of clinical history and physical/mental status evaluation. Provide safe and effective patient-centered care, including adaptation to individual patient needs and effective communication. Adapt radiographic procedures in response to societal, cultural, and individual patient factors. Apply principles of radiation protection for patients, self, and others, including shielding, exposure factors, and monitoring. Perform patient positioning to accurately demonstrate required anatomy. Acquire diagnostic-quality images using proper technical factors and equipment operation. Operate radiographic equipment competently, including troubleshooting and technical adjustments. Critique images for positioning, image quality, patient identification, and implement corrective measures for non-diagnostic images. Demonstrate safe patient handling, transfers, immobilization, and adherence to institutional policies for infection control and emergency response.
Clinical Experience 1B	RAD 1B	Demonstrate professional behavior and adherence to radiographer practice standards. Demonstrate ethical practice and commitment to diversity, equity, and inclusion in all clinical interactions. Perform patient assessments, including recording of clinical history and physical/mental status evaluation. Provide safe and effective patient-centered care, including adaptation to individual patient needs and effective communication. Adapt radiographic procedures in response to societal, cultural, and individual patient factors. Apply principles of radiation protection for patients, self, and others, including shielding, exposure factors, and monitoring. Perform patient positioning to accurately demonstrate required anatomy. Acquire diagnostic-quality images using proper technical factors and equipment operation. Operate radiographic equipment competently, including troubleshooting and technical adjustments. Critique images for positioning, image quality, patient identification, and implement corrective measures for non-diagnostic images. Student will determine corrective measures for non-diagnostic images
Clinical Experience 2A	RAD 2A	The student will be able to apply critical thinking and problem-solving skills to perform job related functions. Demonstrate professional behavior and adherence to radiographer practice standards. Demonstrate ethical practice and commitment to diversity, equity, and inclusion in all clinical interactions. Perform patient assessments, including recording of clinical history and physical/mental status evaluation. Provide safe and effective patient-centered care, including adaptation to individual patient needs and effective communication. Adapt radiographic procedures in response to societal, cultural, and individual patient factors. Apply principles of radiation protection for patients, self, and others, including shielding, exposure factors, and monitoring. Perform patient positioning to accurately demonstrate required anatomy. Acquire diagnostic-quality images using proper technical factors and equipment operation. Operate radiographic equipment competently, including troubleshooting and technical adjustments. Critique images for positioning, image quality, patient identification, and implement corrective measures for non-diagnostic images. Demonstrate safe patient handling, transfers, immobilization, and adherence to institutional policies for infection control and emergency response.
Clinical Experience 2B	RAD 2B	Demonstrate professional behavior and adherence to radiographer practice standards. Demonstrate ethical practice and commitment to diversity, equity, and inclusion in all clinical interactions. Perform patient assessments, including recording of clinical history and physical/mental status evaluation. Provide safe and effective patient-centered care, including adaptation to individual patient needs and effective communication. Adapt radiographic procedures in response to societal, cultural, and individual patient factors. Apply principles of radiation protection for patients, self, and others, including shielding, exposure factors, and monitoring. Perform patient positioning to accurately demonstrate required anatomy. Acquire diagnostic-quality images using proper technical factors and equipment operation. Operate radiographic equipment competently, including troubleshooting and technical adjustments. Critique images for positioning, image quality, patient identification, and implement corrective measures for non-diagnostic images. Demonstrate safe patient handling, transfers, immobilization, and adherence to institutional policies for infection control and emergency response. The student will demonstrate appropriate level of understanding of radiographic procedures.
Clinical Experience 3A	RAD 3A	The student will position the patient and image receptor to achieve accurate demonstration of the affected body part. Provide safe and effective patient-centered care, including adaptation to individual patient needs and effective communication. Adapt radiographic procedures in response to societal, cultural, and individual patient factors. Apply principles of radiation protection for patients, self, and others, including shielding, exposure factors, and monitoring. Perform patient positioning to accurately demonstrate required anatomy. Acquire diagnostic-quality images using proper technical factors and equipment operation. Operate radiographic equipment competently, including troubleshooting and technical adjustments. Critique images for positioning, image quality, patient identification, and implement corrective measures for non-diagnostic images. Demonstrate safe patient handling, transfers, immobilization, and adherence to institutional policies for infection control and emergency response. Demonstrate professional behavior and adherence to radiographer practice standards. Demonstrate ethical practice and commitment to diversity, equity, and inclusion in all clinical interactions. Perform patient assessments, including recording of clinical history and physical/mental status evaluation.
Clinical Experience 3B	RAD 3B	Demonstrate professional behavior and adherence to radiographer practice standards. Demonstrate ethical practice and commitment to diversity, equity, and inclusion in all clinical interactions. Perform patient assessments, including recording of clinical history and physical/mental status evaluation. Provide safe and effective patient-centered care, including adaptation to individual patient needs and effective communication. Adapt radiographic procedures in response to societal, cultural, and individual patient factors. Apply principles of radiation protection for patients, self, and others, including shielding, exposure factors, and monitoring. Perform patient positioning to accurately demonstrate required anatomy. Acquire diagnostic-quality images using proper technical factors and equipment operation. Operate radiographic equipment competently, including troubleshooting and technical adjustments. Critique images for positioning, image quality, patient identification, and implement corrective measures for non-diagnostic images. Demonstrate safe patient handling, transfers, immobilization, and adherence to institutional policies for infection control and emergency response. The student will select technical factors producing quality diagnostic images with the lowest possible radiation exposure.
Clinical Experience 3C	RAD 3C	The student will critique images for appropriate anatomy, accuracy of positioning, image quality, and patient identification. Acquire diagnostic-quality images using proper technical factors and equipment operation. Operate radiographic equipment competently, including troubleshooting and technical adjustments. Critique images for positioning, image quality, patient identification, and implement corrective measures for non-diagnostic images. Demonstrate safe patient handling, transfers, immobilization, and adherence to institutional policies for infection control and emergency response. Demonstrate professional behavior and adherence to radiographer practice standards. Demonstrate ethical practice and commitment to diversity, equity, and inclusion in all clinical interactions. Perform patient assessments, including recording of clinical history and physical/mental status evaluation. Provide safe and effective patient-centered care, including adaptation to individual patient needs and effective communication. Adapt radiographic procedures in response to societal, cultural, and individual patient factors. Apply principles of radiation protection for patients, self, and others, including shielding, exposure factors, and monitoring. Perform patient positioning to accurately demonstrate required anatomy.
Clinical Experience 4	RAD 4	Demonstrate professional behavior and adherence to radiographer practice standards. Demonstrate ethical practice and commitment to diversity, equity, and inclusion in all clinical interactions. Perform patient assessments, including recording of clinical history and physical/mental status evaluation. Provide safe and effective patient-centered care, including adaptation to individual patient needs and effective communication. Demonstrate safe patient handling, transfers, immobilization, and adherence to institutional policies for infection control and emergency response. Operate radiographic equipment competently, including troubleshooting and technical adjustments. Critique images for positioning, image quality, patient identification, and implement corrective measures for non-diagnostic images. Adapt radiographic procedures in response to societal, cultural, and individual patient factors. Apply principles of radiation protection for patients, self, and others, including shielding, exposure factors, and monitoring. Perform patient positioning to accurately demonstrate required anatomy. Acquire diagnostic-quality images using proper technical factors and equipment operation. Student/Graduate will critique images to determine diagnostic quality.
Computed Tomography Clinical Experience 7A	RAD 7A	The student will use appropriate and effective written, oral, and nonverbal communication with patients, the public, and members of the healthcare team. The student will determine corrective measures to improve inadequate images. The student will position the patient and gantry to achieve accurate demonstration of the affected body part. The student will select technical factors producing quality diagnostic images with the lowest possible radiation exposure. The student will demonstrate appropriate level of understanding of procedures and protocols.
Computed Tomography Clinical Experience 7B	RAD 7B	The student will selects accurate protocol and procedure parameters for each exam. The student will use appropriate and effective written, oral, and nonverbal communication with patients, the public, and members of the healthcare team. The student will determine corrective measures to improve inadequate images. The student will position the patient and gantry to achieve accurate demonstration of the affected body part. Student/Graduate will select optimal technical factors
Computed Tomography Physics and Instrumentation	RAD 72	The student will identify and describe the function of the major components of the CT imaging system. The student will evaluate Computed Tomography (CT) images for artifacts. The student will describe common postprocessing techniques used for various CT procedures. The student will describe the quality control steps utilized to assure consistent, high-quality CT images. The student will identify current methods used to measure patient dose in CT.
Computed Tomography Procedures and Patient Care	RAD 71	The student will explain why different window width and window levels are selected. The student will match the symptoms with the appropriate medical interventions for a patient with a contrast agent reaction/problem. The student will select accurate window width and window level for each procedure. The student will differentiate between scanning parameters for conventional vs. helical procedures. The student will recognize factors surrounding safe methods of contrast administration used in computed tomography exams. The student will identify the lab values used to assess patient condition, and differentiate between normal values and out-of-range values.
Computed Tomography Sectional Anatomy and Pathology	RAD 70	The student will differentiate between a normal and abnormal cross-sectional image of an anatomical structure. The student will identify various anatomic structures displayed on axial, multiplanar, and three-dimensional computed tomography images. The student will identify pathology resulting from trauma on CT images. The student will define common terms used in the study of pathology. The student will identify topographical anatomy used to locate underlying internal structures.
Digital Imaging in Radiology	RAD 32	The student will relate the exposure indicator values to technical factors and patient exposure. Explain the process of acquiring digital radiographic images, including receptor selection, exposure, and initial image capture. Select and justify appropriate technical factors (kVp, mAs, SID, grids) to optimize image quality and minimize radiation exposure. Describe post-processing techniques applied to digital images and how they affect image quality. Explain image display characteristics and appropriate viewing conditions. Evaluate radiographs for brightness, contrast, spatial resolution, distortion, and overall image quality, and describe corrective measures for suboptimal images. Discuss quality management and continuous quality improvement (CQI) techniques for digital radiography. Describe medical image management systems, storage, transfer, and downtime procedures in radiology departments.
Fluoroscopy and Radiobiology	RAD 31	Explain the physics of radiation relevant to fluoroscopic procedures, including x-ray production and photon interactions with matter. Describe methods to minimize personnel radiation exposure, including protective devices, monitoring procedures, regulatory requirements, and NCRP recommendations. Describe principles of patient radiation safety, including ALARA, shielding, beam restriction, filtration, equipment features, and pediatric dose reduction strategies. Explain quality control and quality assurance procedures for fluoroscopy equipment and accessories, including recognizing malfunctions and reporting responsibilities. Describe the elements, operation, and components of fluoroscopy systems, including image intensifiers, flat panel detectors, viewing, and recording systems. The student will be able to analyze how radiation will causes deterministic effects.
Introduction to Radiologic Science and Health Care	RAD 50	The student will differentiate various healthcare environments. Identify healthcare professions and settings involved in patient care and describe their roles and interrelationships. Explain legal, regulatory, and ethical concepts in radiologic practice, including torts, informed consent, patients’ rights, and professional standards. Describe radiation safety principles for patients and personnel, including ALARA, shielding, personnel monitoring, and appropriate exposure factors. Discuss quality management, quality assurance, and accreditation processes in healthcare and radiology departments. Explain professional responsibilities, career opportunities, credentialing, and the benefits of continuing education in radiologic technology practice.
Mammography Principles and Procedures	RAD 40	Students will identify the internal anatomy and external anatomy of the breast Students will comprehend the BI-RADS classification system Students will conduct a comprehensive patient assessment Students will explain the impact of key technical factors (kVp, mAs, compression thickness, target, filter, focal spot, grids, and magnification) on image quality. Students will identify the signs and symptoms of breast cancer Students will critique mammographic images to determine diagnostic quality. Students will determine corrective measures for nondiagnostic mammographic images.
Patient Care in Radiologic Technology	RAD 91	Students will develop knowledge of effective communication. Describe the roles and responsibilities of the healthcare facility, healthcare team members, and the radiographer in patient care. Assess patient physical and psychological needs, including vital signs and laboratory data. Demonstrate effective communication techniques with patients, families, and healthcare team members. Apply infection control and safety procedures using standard precautions, including handling of medical devices, patient transfer, immobilization, and environmental safety. Perform venipuncture and intravenous (IV) line procedures using correct anatomy, instruments, solutions, techniques, and post-puncture care. Explain the pharmacology, administration, and patient care considerations for contrast agents. Recognize and respond appropriately to medical emergencies, including allergic reactions and complications from contrast administration. Explain the radiographer’s role in patient education, including procedure explanations and instructions. Adapt care to account for patient age, culture, or special considerations.
Radiographic Pathology	RAD 30	Explain the relevance of pathology to radiographic procedures and specialized imaging techniques. Explain radiologic pathology of major body systems, including complications, radiographic appearance, and procedural considerations. Explain and compare various fractures and abnormalities as seen on radiographs. Explain common terms related to pathology and disease processes. Explain the causes of disease, including pathological, traumatic, congenital, and genetic factors. The student will identify pathology presented on the radiographic images provided.
Radiographic Procedures I	RAD 61B	The student will determine the central ray direction for each projection Identify anatomical structures demonstrated on routine radiographic images, including bones, bone markings, and joints. Explain positioning techniques, projections, and procedural steps for the chest, abdomen, extremities, shoulder girdle, pelvis, and hip. Analyze radiographs for positioning, centering, anatomy, and overall diagnostic quality, and determine corrective measures for non-diagnostic images. Describe patient considerations, preparation, and communication techniques tailored to various clinical situations. Explain radiation protection principles related to radiographic procedures. Describe the use of positioning aids and equipment necessary for radiographic procedures. Demonstrate knowledge of contrast studies, mobile, and surgical radiographic procedures, including patient preparation, positioning, equipment use, and radiation safety.
Radiographic Procedures II	RAD 62B	Identify anatomical structures demonstrated on routine radiographic images, including bones, bone markings, and joints for the vertebral column, bony thorax, cranium, digestive, and urinary systems. Explain positioning techniques, projections, and procedural steps for the vertebral column, bony thorax, cranium, digestive system, and urinary system. Analyze radiographs for correct positioning, centering, and demonstrated anatomy. Determine and apply corrective measures for non-diagnostic radiographs. Describe patient considerations, preparation, and communication techniques tailored to routine, mobile, surgical, and atypical clinical situations. Explain radiation protection principles for patients and personnel during radiographic procedures. Describe the use of positioning aids and equipment necessary for radiographic procedures. The student will determine the central ray direction for each projection
Radiologic Procedures I Laboratory	RAD 61C	The student will identify a diagnostic image of the affected body part. Demonstrate effective patient communication, preparation, and adaptation of procedures based on patient needs. Apply radiation safety principles for patients, self, and others, including appropriate use of shielding, collimation, beam restrictors, grids, and technical factors. Identify anatomical structures demonstrated on routine radiographic images, including bones, bone markings, and joints. Explain positioning techniques, projections, and procedural steps for the chest, abdomen, extremities, shoulder girdle, pelvis, and hip. Analyze radiographs for positioning, centering, anatomy, and overall diagnostic quality, and determine corrective measures for non-diagnostic images. Describe and select appropriate positioning aids and equipment necessary for radiographic procedures. Select technical factors (kVp, mAs, SID) and operate radiographic equipment to produce diagnostic-quality images. Demonstrate professional behavior, including proper use of lead markers and safe operation of radiographic equipment in the lab setting.
Radiologic Procedures II Laboratory	RAD 62C	Demonstrate effective patient communication, preparation, and adaptation of procedures based on patient needs. Apply radiation safety principles for patients, self, and others, including appropriate use of shielding, collimation, beam restrictors, grids, and technical factors. Identify anatomical structures demonstrated on routine radiographic images, including organs, bones, bony processes, and bony depressions. Explain positioning techniques, projections, and procedural steps for the vertebral column, bony thorax, cranium, digestive system, and urinary system. Select appropriate image receptor, grid, and technical factors (kVp, mAs, SID) to produce diagnostic-quality radiographs with minimal radiation exposure. Analyze radiographs for positioning, centering, anatomy, and overall diagnostic quality, and determine corrective measures for non-diagnostic images. Describe and select appropriate positioning aids and equipment necessary for radiographic procedures. Demonstrate professional behavior, including proper use of lead markers and safe operation of radiographic equipment in the lab setting.
Theory of Radiologic Technology	RAD 64	Explain factors that impact image acquisition, display, archiving, and retrieval in digital imaging. Evaluate radiographic images for quality and adherence to optimal imaging standards. Describe the role of federal and state regulatory agencies, accreditation agencies, and healthcare organizations in radiologic practice. Describe ethical and legal principles relevant to radiologic practice, including patient consent and professional standards. Explain optimal patient care concepts including physical and psychological needs, routine and emergency procedures, and infection control. Describe radiation production, photon interactions with matter, and basic atomic structure. Determine causes of suboptimal images and determines corrective measures. Apply basic radiation dose estimation and conversion factors. Explain radiation protection practices for patients, personnel, and the public. Describe principles of radiobiology and factors affecting biological response to radiation Describe components, operation, and principles of radiographic, fluoroscopic, and mobile equipment. Analyze factors affecting image production, including exposure factors, grids, and image receptors.
Theory of Radiologic Technology	RAD 62A	Apply quality control techniques and problem-solving processes for evaluating radiographs, grid use, AEC function, and equipment performance. Analyze image quality factors, including brightness, contrast, spatial resolution, distortion, noise, and automatic rescaling, and determine how each factor impacts diagnostic quality. Explain radiation protection principles for patients and personnel, including beam-restricting devices, shielding, and exposure monitoring. Explain principles of x-ray production, photon interactions with matter, and factors affecting x-ray emission spectra. Describe imaging equipment, digital imaging systems, and components including AEC devices, grids, and image receptors. Explain the technical factors affecting radiographic imaging, including kVp, mAs, SID, grid use, and automatic exposure control.
Theory of Radiologic Technology	RAD 61A	Explain exposure factors, technique charts, and relationships affecting image quality, including kVp, mAs, filtration, and distance. Describe radiation protection methods for patients and personnel, including time, distance, shielding, and regulatory considerations. Describe fundamental atomic structure, including nucleus, protons, electrons, binding energy, valence shell, ionization, excitation, atomic number, and mass number. Explain types of radiation (electromagnetic, particulate), differences between ionizing and nonionizing radiation, and sources of radiation. Define radiation and radioactivity units of measure, including exposure, absorbed dose, kerma, and effective dose. Identify components and functions of radiographic equipment, including x-ray tubes, circuits, AEC devices, and mobile units.
Theory of Radiologic Technology	RAD 63	Evaluate the role of contrast media in special and advanced imaging studies by describing types, dosages, routes of administration, and related patient care considerations. Summarize education, training, and certification requirements for advanced imaging specialties.
Theory of Radiologic Technology	RAD 61A	The student will identify the function of the X-ray Circuitry.
Theory of Radiologic Technology	RAD 64	The student will describe the major components in a typical x-ray system and their function.
Theory of Radiologic Technology	RAD 62A	The student will be able to understand how to decrease scatter radiation on a radiographic image.
Theory of Radiologic Technology	RAD 63	Explain special imaging studies by describing indications, patient preparation, procedural considerations, and image evaluation criteria. Compare advanced imaging modalities by explaining equipment principles, types of radiation, and safety considerations. Explain the basic principles of computed tomography, including system components, common protocols, and radiation protection practices.

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