This course utilizes the hybrid classroom instruction model.  Students will use the Blackboard learning management system for assignment instructions, submitting assignments, and collaboration. Weekly in person class meetings will be held at the Eastview and Round Rock Campuses as stated above under Course Time/Location. Students are expected to complete reading and various homework assignments prior to each class meeting. To be successful, students are expected to engage in coursework outside the class meeting (i.e., reading, studying, completing assignments and assessments) for at least 6 hours per week. Some students may require additional study time for difficult concepts. Students are encouraged to also gather outside reference sources in completion of tasks and assignments. 

Required Textbooks & Materials:

1. Radiation Protection in Medical Radiography / Edition 9
   1. Author: M.A.S. Sherer 
   2. ISBN: 9780323825030
   3. Pub. Date: 2022
   4. Publisher: Elsevier Health Sciences
2. Clover Leaf Membership at www.cloverlearning.com
3. Basic function calculator
4. #2 pencils with erasers
5. Note paper 

Recommended Materials:

1. Workbook for Radiation Protection in Medical Radiography / Edition 9
   • ISBN: 9780323825085
   • Pub. Date: September 2022
   • Publisher: Elsevier Health Sciences
2. Radiologic Science for Technologists Physics, Biology, and Protection / Edition 12
   • Author: S.C. Bushong
   • ISBN: 9780323661348
   • Pub. Date: 2021
   • Publisher: Elsevier Health Sciences

Week 1: Introduction to Radiation Protection & Radiation Types, Sources, and Doses

Week 2: Interactions of X-Radiation and Matter

Week 3: Radiation Quantities & Units

Week 4: Exam 1

Week 5: Radiation Monitoring

Week 6: Overview of Cell Biology

Week 7: Cellular & Molecular Radiation Biology

Week 8: Exam 2

Week 9: Early Tissue Reactions/ Effects

Week 10: Stochastic Effects & Late Tissue Reactions

Week 11:Dose Limits/ Radiation Protection Agencies & Equipment Design for Radiation Protection

Week 12: Exam 3

Week 13: Management of Patient Dose

Week 14: Management of Occupational Dose, Health Physics, Radioisotopes and Radiation Protection

Week 15: Exam 4

Week 16: Final Exam

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. 

Upon completion of this course, students will: 

1. Evaluate different forms, sources and units of measure for radiation
2. Analyze the various effects of ionizing radiation on the human body 
3. Assess the various methods of radiation protection and safety measures for themselves and others while working in and around ionizing radiation
4. Formulate methods to communicate principles of radiation safety to peers, other healthcare professionals and patients.