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Course Criteria
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3.00 Credits
Intro to interpersonal concepts and problems of communication in interpersonal transactions; focus on understanding group processes, develop ing ability to facilitate communication between others in group settings and specific group process competencies. [on demand]
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3.00 Credits
Comparative analysis of major theoretical approaches to counseling and psychotherapy practice; psychodynamic, behavioral, cognitive behavioral, gestalt, transactional analysis, rational-emotive therapy and systems theory. [F,S]
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3.00 Credits
An orientation to the nursing and allied health professions. Topics include the health care system in the United States, health professions involving patient care, and health related professions. Special emphasis is given to the health care programs of study available at Chattanooga State and steps the potential student can take to prepare for program admission.[E]
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3.00 Credits
Overview of radiation therapy; medical terminology, ethics and the law, patient care, cancer management, radiation therapy rationale, usage, and physics, and basic machine usage. [F]
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2.00 Credits
In-depth study of transverse, longitudinal, sagittal and coronal cross sections of the total body; use of computerized tomography, magnetic resonance, ultrasonography and nuclear medicine images in the localization and follow-up of tumors after radiation treatment. [F]
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3.00 Credits
Aids instructors or future instructors in allied health and nursing programs to develop knowledge, skills and attitudes needed for effective teaching, supervision, and evaluation of students in clinical settings; focus on presenting real-world experience by providing students the opportunity to design, develop, implement and evaluate instruments and strategies transferable to clinical settings. [on demand]
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4.00 Credits
Basic classical and modern physics concepts needed for physics involved in radiation therapy; includes math concepts needed for physics principles. [214-F, 224-S]
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3.00 Credits
Radiation therapy clinical methodology; develops skills and knowledge in radiation protection and quality assurance, simulation and treatment planning, treatment procedures using multiple megavoltage machines, and patient care and management; clinic hours: 520 in 220 & 230, 450 in 240. [220-F, 230-S,240-Su]
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3.00 Credits
Concepts of disease, types of growths, causative factors and biologic behavior of neoplastic disease; intro to specific malignant disease entities by site of occurrence; disease processes, staging, and treatment planning philosophy; inter-relating of treatment planning with clinical radiation therapy. [223-S, 233-Su]
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3.00 Credits
Intro to medical aspects of radiobiology, including cellular, systemic, and total body responses; somatic and genetic effects of radiation; use of radiobiology in the clinical practice of Radiation Therapy; concept of hyperthermia. [Su]
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