Respiratory Therapy Respiratory Therapy General Information Entry-Level (Technician) Program—Requires two academic years and leads to either an associate of applied science degree, or associate of science degree. Therapist Level—Requires three academic years and leads to an associate of science degree. Admission Process To be eligible for consideration for selection into a Weber State Respiratory program, each candidate must: (1) be admitted to Weber State; (2) submit a Respiratory Therapy program application; (3) present overall high school and/or college achievement record of minimum 2.00 for Entry Level (2.75 for Therapist Level); (4) be interviewed by the College of Health Profesisons admissions counselor; (5) declare or change major to Respiratory Therapy; and (6) complete (or be enrolled in) all prerequisite respiratory therapy courses with a "C" or better grade. All six of the above steps must be completed prior to March 1 st each year. Selection of students into the Entry-Level program is made at the end of Spring Quarter when final grades are available. Selection into the Therapist Level program is also made at the end of spring quarter. Clinical and didactic performance during Entry Level training is an important aspect of selection into this level of preparation. Details regarding admission to any of the Respiratory Therapy program levels are available on request from the Respiratory Therapy office or the College of Health Professions admissions office. PROGRAM: ENTRY-LEVEL RESPIRATORY THERAPY PRACTITIONER (TECHNICIAN)- ASSOCIATE OF APPLIED SCIENCE DEGREE A student may qualify for a full associate of science degree by completing the following program requirements and the necessary additional general education courses. General Requirements: • A minimum of 93 credit hours. • The required courses in major field. • Engl 111 and Commun HU 105. • General Education requirements may be satisfied by taking one course from both the Humanities area and the Personal Development area, along with the prescribed courses listed below. Specific Requirements: • Biomedical core or acceptable equivalent** (15 credit hours): Hthsci 111 (5), 112(5), 113(5). • Respiratory Therapy courses required (55 credit hours): Resthy 151 (2), 152 (2), 154 (3), 214 (3), 215 (3), 216 (3), 221 (5), 225 (5), 227 (3), 230 (5), 231 (5), 232 (5), 270 (2), 271 (4), 272 (5). • Support courses required: Math 96 (5) or 19 or above on the ACT Math proficiency exam; Hthsci PD120 (3), 230 (4): Resthy 140 (2) or current CPR certification at the basic provider level: Psych SSlOl (5) or 154 (3). **Acceptable equivalent: Zool 421 (5), 422 (5) and Phsx NS101 (5); or Zool NS201 (5), 202 (3) and Phsx NS101 (5); and Micro NS111 (5), Chem NS101 (5). PROGRAM: RESPIRATORY THERAPIST ASSOCIATE OF SCIENCE DEGREE While a full associate of science degree is an appropriate expectation at this program level, it is recognized that circumstances sometimes prevent total achievement of that goal. Therefore, a student may (if necessary) opt for an associate of applied science, following counseling with the program director. General Requirements: • WSU Core Requirements (see index). • General Education Requirements (see index). • A minimum of 138 credit hours. • The required courses in major field. Specific Requirements: • Biomedical core or acceptable equivalent** (15 credit hours): Hthsci 111 (5), 112 (5), 113 (5). • Respiratory Therapy courses required (85 credit hours): Resthy 151 (2), 152 (2), 154 (3) 214 (3), 215 (3), 216 (3), 221 (5), 225 (5), 227 (3), 230 (5), 231 (5), 232 (5), 270 (2), 271 (4), 272 (5), 321 (3), 322 (3), 323 (3), 326 (3), 327 (3), 328 (3), 376 (5), 377 (5), 378 (5). • Support courses required: Math 96 (5) or 19 or above on the ACT Math proficiency exam; Hthsci PD120 (3) 230 (3); Resthy 140 (2) or current CPR certification at the basic provider level; Psych SSlOl (5) or 154 (3). **Acceptable equivalent: Zool 421 (5), 422 (5); and Phsx NS101 (5); or Zool NS201 (5), 202 (3) and Phsx NS101 (5); and Micro NS111 (5), Chem NS101 (5). RESPIRATORY THERAPY COURSES-RESTHY 140. Basic Cardiopulmonary Resuscitation (2) A course designed to provide the learner with the basic skills and knowledge required to perform effective rescue procedures for the victim of cardiopulmonary arrest or airway obstruction. 151. Pharmacology I (2) A Introduction to use of drugs as therapeutic agents. Includes general principles, metrics/problem-solving, autonomic and central nervous system and respiratory system pharmacology. 152. Pharmacology II (2) W Introduction to the use of drugs as therapeutic agents. Includes pharmacology of heart/vascular, renal system, GI tract, endocrine system and infectious disease treatment. 154. Survey of Respiratory Therapy (3) W, S This course is designed to introduce allied health and other students to respiratory therapy as a profession. It includes field trips, group discussions, lecture/demonstrations and limited lab activities. Open to all students. 214. Introduction to Therapeutic Modalities Lab (3) A Introductory laboratory course emphasizing basic patient care skills and the administration of medical gases, humidity and pharmacologic agents. 215. Basic Therapeutic Modalities Lab (3) W Laboratory course emphasizing patient care skills relating to artificial ventilation techniques and equipment. 216. Equipment Management Lab (3) S Survey of equipment used by the respiratory care practitioner in a modem hospital; including decontamination procedures, inventory systems, and trouble shooting. 221. Elementary Cardiopulmonary Anatomy and Physiology (5) A Cardiopulmonary anatomy and physiology specifically for the entry level respiratory care practitioner. 225. Basic Patient Assessment and Cardiopulmonary Pathophysiology (5) W A basic orientation to patient assessment techniques and a synopsis of medical/surgical cardiopulmonary problems for the entry-level practitioner. Etiology, symptomatology, pathology, diagnosis, treatment and prognosis of the problem is presented, along with case studies . 227. Elementary Cardiopulmonary Technology (3) S Basic pulmonary function studies and blood gas analysis. 230. Therapeutics & Technology in Medical Gases, Humidity & Aerosois (5) A Theoretical basis for administration of medical gases, humidity and pharmacologic agents. Relates equipment theory of operation with clinical application and problem solving. 231. Therapeutics & Technology in Airway Management and Mechanical Ventilation (5) W Theoretical basis for airway management and mechanical ventilation. Relates equipment theory of operation to clinical application and problem-solving. 232. Therapeutics & Technology in Continuous Ventilatory Support (5) S Theoretical basis for continuous ventilatory support. Relates equipment theory of operation to clinical application and problem solving. 270. Clinical Applications (2) A To be taken Fall Quarter concurrently with the second year required respiratory therapy didactic courses. 271. Clinical Applications (4) W To be taken Winter Quarter concurrently with the second year required respiratory therapy didactic courses. 272. Clinical Applications (5) S To be taken Spring Quarter concurrently with the second year required respiratory therapy didactic courses. 273. Clinical Applications (4) For special clinical experiences, to be arranged with instructor. Limited enrollment. Permission of instructor required. 280. Independent Projects (1-5) A, W, S Special independent projects as contracted with instructor: enrollment by permission only. 283. Directed Readings (1-3) A, W, S Directed Readings. Limited to respiratory therapy majors. 292. Short Courses, Workshops, Institutes and Special Programs (1-6) Consult the quarterly class schedule for the current offering under this number. The specific title and credit authorized will appear on the student transcript. 321. Advanced Cardiopulmonary Anatomy and Physiology (3) A Cardiopulmonary anatomy and physiology specifically for the therapist level: includes material on developmental anatomy and physiology as well as the renal system. 322. Advanced Cardiopulmonary Pathophysiology (3) W An in-depth consideration of medical/surgical (and trauma) cardiopulmonary pathophysiology. Includes case studies, lab data evaluation and physician lectures. 323. Advanced Cardiopulmonary Technology (3) S Advanced diagnostic procedures and interpretive skills in pulmonary function and blood gas analysis. 326. Neonatal/Pediatric Respiratory Care (3) A, W, S Pediatric and neonatal-respiratory care with emphasis on intensive care activities, therapeutic procedures, monitoring systems and perinatal pathophysiology. Student Services Interdisc. Programs Applied Science & Technology Arts& Humanities Business & Economics Education Health Professions Science Social & Behavioral Sciences 212 213 Continuing Education