Health Professions

Principles of sound propagation and tissue interaction are addressed including reflection, refraction, absorption and attenuation, the piezoelectric effect, transducer characteristics, focusing and resolution. This course also focuses on the principles of pulse-echo imaging, methods of storage and display, recognition of artifacts, safety and quality assurance.  

This course introduces the student to research processes used in healthcare. Emphasis is placed on identification and clarity of research questions, research appraisal and interpretation of research articles, evidence based practice and integration of research findings into healthcare delivery.

This course examines current issues and trends in health professions and explores anticipated future developments based on changes in healthcare. Included are political, ethical, legal and historical issues related to the delivery of healthcare.

This is a senior-level course designed to integrate the knowledge, skills, and attitudes gained in the Health Professions curriculum. The student is expected to demonstrate achievement of program learning outcomes through the synthesis, analysis, and application of knowledge gained from the program. The particular area of emphasis depends on the concentration chosen by the student. The project with practical application and oral presentation will be conducted by the student.

This course allows the student to complete a 135-hour supervised internship or practicum in a setting that relates to the student's chosen Healthcare Studies concentration. The student is expected to relate the knowledge gained from the program to the experience, with special attention to the professional role in that setting. The student is encouraged to participate in staff meetings, presentations, and meetings with clients when possible. The student will complete a project and share their project at the internship or practicum location.

This is a senior-level course designed to integrate the knowledge, skills, and attitudes gained in the Healthcare Studies curriculum. The student is expected to demonstrate achievement of program learning outcomes through the synthesis, analysis, and application of knowledge gained from the program. The particular area of emphasis depends on the concentration chosen by the student. A project with practical application and oral presentation will be conducted by the student.

This course introduces the foundational principles and practices of diagnostic radiography. Students learn radiographic positioning, image production, patient care procedures, equipment operation, and professional standards required for entry-level practice. Emphasis is placed on routine examinations, radiation safety, and quality patient-centered care.

This laboratory course provides hands-on practice of radiographic positioning, patient transfers, equipment manipulation, and imaging procedures. Students develop technical competencies in a controlled environment prior to clinical application. Emphasis is placed on accuracy, safety, and professional communication.

This course explores the healthcare environment, professional roles, ethical standards, and legal responsibilities of the radiologic technologist. Students examine communication strategies, cultural competence, patient advocacy, and professional development. Topics include healthcare delivery systems, credentialing, and lifelong learning.

This course explores the principles of digital image acquisition, processing, storage, and display. Topics include digital detector systems, PACS, image quality analysis, and quality assurance. Students evaluate factors that influence image quality and patient radiation dose in digital imaging environments.

This supervised clinical experience introduces students to the healthcare imaging environment. Students begin applying radiographic positioning, patient care, radiation protection, and imaging procedures with direct supervision. Emphasis is placed on professionalism, communication, and competency development.

This course builds upon foundational radiographic knowledge with advanced positioning and imaging procedures. Students explore trauma, surgical, mobile, and specialty radiographic examinations. Emphasis is placed on image evaluation, procedural accuracy, and patient-centered care.

This laboratory course provides advanced practice in radiographic procedures and image acquisition techniques. Students refine positioning skills, evaluate image quality, and demonstrate competency in routine and specialty examinations. Laboratory experiences prepare students for expanded clinical responsibilities.

This course develops clinical reasoning and decision-making skills necessary for safe and effective radiographic practice. Students analyze patient scenarios, evaluate imaging outcomes, and apply critical thinking to patient care situations. Emphasis is placed on problem-solving, adaptability, and evidence-based practice.

This course examines the biological effects of ionizing radiation and methods used to protect patients, personnel, and the public. Students apply radiation safety principles, regulatory requirements, and dose-reduction strategies in clinical practice. Emphasis is placed on ALARA principles and radiation monitoring.

This supervised clinical experience expands student participation in diagnostic imaging procedures. Students demonstrate increasing independence while performing radiographic examinations and patient care activities. Emphasis is placed on competency achievement, workflow efficiency, and professional growth.

This course presents the fundamental principles of radiation physics and their application to medical imaging. Topics include atomic structure, radiation production, electromagnetic energy, x-ray interactions, and imaging equipment operation. Students examine the relationship between physics concepts and image quality.

This course integrates advanced radiographic concepts and prepares students for comprehensive clinical practice. Students examine complex procedures, image analysis, and patient care challenges encountered in diverse healthcare settings. Emphasis is placed on competency refinement and professional readiness.

This advanced clinical practicum provides continued experience in a variety of imaging environments. Students demonstrate proficiency in radiographic procedures, patient care, and image evaluation while progressing toward entry-level competency. Increasing responsibility and independent performance are emphasized.

This course introduces computed tomography procedures, protocols, and patient care considerations. Students examine cross-sectional anatomy, scan parameters, contrast administration, and image reconstruction techniques. Emphasis is placed on clinical applications and quality imaging outcomes.

This course examines the physical principles underlying computed tomography imaging. Topics include CT instrumentation, data acquisition, image reconstruction, image quality, dose optimization, and quality assurance. Students apply physics concepts to clinical CT practice.

This course provides structured preparation for professional practice and certification examination success. Students select and analyze an approved clinical case encountered during their practicum experiences, integrating patient history, imaging findings, diagnosis, and follow-up care considerations. Through faculty-guided inquiry, students conduct a literature review and apply evidence-based practice principles to examine the selected pathology or condition. Emphasis is placed on scholarly writing, critical thinking, and the development of a near-final draft suitable for professional presentation.

This course examines the radiographic appearance and imaging considerations of disease processes affecting the human body. Students correlate pathology with diagnostic imaging findings and evaluate the impact of disease on imaging procedures. Emphasis is placed on image interpretation and clinical application.

This intensive clinical experience provides advanced opportunities to perform radiographic procedures with increased autonomy. Students refine technical skills, demonstrate professional competence, and complete required clinical competencies. Emphasis is placed on readiness for entry-level practice.

This course introduces the principles and practices of radiation therapy as a treatment modality for cancer and other diseases. Students explore treatment delivery methods, patient care considerations, radiation safety, and the role of the radiation therapist. Emphasis is placed on interdisciplinary cancer care.

This course provides students with the opportunity to refine and finalize the written case study initiated in Capstone I. Students incorporate faculty feedback, complete revisions, and develop a professional poster presentation summarizing the case, imaging findings, pathology, literature review, and clinical implications. The course emphasizes independent inquiry, analytical thinking, and effective communication of radiologic science concepts. Completion of the project prepares students for professional practice while demonstrating mastery of program learning outcomes and readiness for certification and entry-level employment.

This seminar course explores current issues, emerging technologies, and evidence-based practices in medical imaging. Students engage in case studies, professional discussions, and presentations related to radiologic sciences. Emphasis is placed on critical thinking and professional development.

This final clinical practicum serves as the culminating clinical experience of the program. Students demonstrate workforce level competency across a broad range of imaging procedures while functioning with independence. Emphasis is placed on professional practice, clinical judgment, and workforce readiness

This course examines the pharmacology, administration, and safety considerations of contrast media used in diagnostic imaging. Students explore indications, contraindications, adverse reactions, and patient monitoring requirements. Emphasis is placed on safe contrast administration and patient-centered care.

This supervised clinical practicum provides hands-on experience in computed tomography procedures. Students perform CT examinations, apply radiation safety principles, and demonstrate competency in patient care and image acquisition. Emphasis is placed on protocol selection, image quality, and clinical proficiency.