BMT 332

BMT 332: Biomaterials Course Syllabus

Fall 2022

Instructor Dr. Abdulelah Alrebaish Email [e-mail] Office Location 2211 Office Hours Tuesday: 11:00 am – 2:00 pm Wednesday: 1:00 pm – 3 pm   Class Hours Male (88950): Monday 10:30 am–12:50 pm Female (71146): Monday 1:30 pm–3:50 pm

Course Overview The primary objective of this course is to present an overview of different types of biomaterials used in field of biomedical engineering and their properties. The course also covers the interaction between materials and biological systems. Biomaterials 332 will concentrate on fundamental principles in biomedical engineering and material science. This course uses a combination of lectures, student presentations, and self-directed learning to examine the structure and properties of hard materials (ceramics, metals) and soft materials (polymers). LEARNING OBJECTIVES After successfully completing this course, students will be able to: Describe different types of materials used in biomedical applications. Describe methodologies to analyze physical, chemical, and mechanical properties of biomaterials. Explain important considerations in the design and utilization of biomaterials for biomedical applications and in the context of regulatory frameworks. Explain potential (advantageous and adverse) cellular and physiological reactions to the presence of biomaterials in particular applications. Required Text Joon Park; R.S. Lakes, “Biomaterials: An Introduction”, 3rd Edition, 2014, John Wiley & Sons, Inc. (you can purchase it online, and it is also available in King Salman Central Library as a digital version) Course Materials Book chapters (1 to 10), slides, and class notes. Course Rules Attendance: Attending at least 75% of the lectures is mandatory otherwise students will be denied access to the final exam.   Make-up exam: NO MAKE-UP EXAM for students who have missed the scheduled examination time, except in case of special circumstances accompanied with the necessary documentation to be submitted and approved by the department no later than one week from the initial scheduled examination.

Course Schedule

Week	Subject	Assignments	Contact Hours
Week 1	Introduction and Basic Concepts I	------------------	2 hours lect.
Week 2	Basic Concepts II	Homework 1	2 hours lect.
Week 3	Material Properties I	Homework 2	2 hours lect.
Week 4	Material Properties II	Homework 3	2 hours lect.
Week 5	Material Properties III	Homework 4	2 hours lect.
Week 6	Midterm	Week 1-4	2 hours lect.
Week 7	Metallic and Ceramic Implants	------------------	2 hours lect.
Week 8	Long Weekend	------------------	-----------------
Week 9	Polymeric Implants and Composites Materials	Homework 5	2 hours lect.
Week 10	Biocompatibility and Tissue Response to Materials	------------------	2 hours lect.
Week 11	Presentations	------------------	2 hours lect.
Week 12	Start of Final Exams	------------------	-----------------

Grading

Assessment Task	Percentages	Week Due
Homework	25%	Throughout Semester
Midterm	20%	Week 6
Attendance	5%	Throughout Semester
Final Presentation	10%	Week 11
Final Exam	40%	Final Exam Schedule