Course Syllabi

General insight into the human growth and development process from conception to death. Leading life span developmental theories and concepts are explored. Provides information for family and consumer sciences, nursing, psychology, sociology, and physical education majors. Students planning to transfer this course should also take PSY 101, which many universities require as a prerequisite.

Explores the combined areas of psychology and sociology, with emphasis on the reciprocal interaction of individuals and their groups. Areas covered include methods of social research, basic psychological factors, social attitudes, communication, society and culture, and small groups.

Pavlovian Classical Conditioning, Instrumental and Operant Condition- ing, Motivation, ABCs of behavior, Relapse Preven- tion models, Behavioral change models, Self- behavior change analysis, Token economies, and Cognitive-behavioral techniques for enhancing change and preventing relapse.

This course is an undergraduate level introduction to the concepts of abnormality, mental health and mental illness. It serves as an introduction to the concepts of normality and abnormality in a cultural context. It also covers current diagnostic categorizations of abnormality and treatment of mental illness along with historical perspectives on these diagnoses and treatments. It does not train students in diagnosis or intervention. Abnormal psychology examines the causes, diagnosis, assessment, treatment, and possible prevention of mental disorders; including historical and current theoretical perspectives, classification systems, cultural perspectives and ethical issues.

This course serves as an introduction to the scientific methods most often used in the social sciences. It includes both lecture and hands-on laboratory experiences. This course requires significant writing and uses the SPSS statistical package.

Methods of collection, tabulation, and analysis of business and economic data, including measures of central tendency and dispersion, probability theory, frequency distributions, statistical in- ference, and statistical decision making.

Introduction to radiation protection, radiology terminology, ethical and legal issues, infection control procedures, safety procedures, communica- tion, equipment operation, the radiologic technol- ogy program and health care system.

Introduction to radiographic positioning terminol- ogy, patient positioning, equipment, manipulation and evaluation of images for proper visualization of anatomy and pathology.

Introduction to positioning of the vertebral column, bony thorax, GI and urinary system, mobile and intraoperative radiography and trauma.

A study of patient care procedures, ethics, patient communication skills, infection control, and body mechanics.

Introduces the student to radiographic image pro- duction and the effects that exposure variables and radiographic accessories have on the quality of the image.

Prepares for competency-based clinical education in radiographic examination of the chest, abdomen, upper and lower extremities and introduces students to trauma of the extremities.

Clinical education in radiographic examination of the upper and lower extremities, shoulder, pelvic girdle, and special views. Introduction to fluor- oscopy and trauma.

Competency-based clinical education in radio- graphic examination of the pediatric patients, trauma patients, and urinary and gastrointestinal contrast exams.

Students will understand factors impacting digital and computerized radiographic image acquisition and quality while gaining skills in the use of the Picture Archiving and Communication System (PACS) and other methods of digital image storage and display.

Positioning of the skull and facial bones, introduction to special procedures.

A study of the effects of radiation exposure on biological systems, typical medical exposure levels, methods for measuring and monitoring radiation, and methods for protecting personnel and patients from excessive exposure.

A study of the effects of radiation exposure on
biological systems, typical medical exposure
levels, methods for measuring and monitoring
radiation, and methods for protecting personnel
and patients from excessive exposure.

A continuation of the study of radiographic imaging technique formulation, image quality assurance, and the synthesis of all variables in image production.

Introduces the disease process and common diseases and their appearance on medical images, specif- ically pathologic conditions most commonly encoun- tered.