EBME 405. Materials for Prosthetics and Orthotics
Description
From the macroscopic to the atomic: A hierarchical
examination of biomaterial applications in the musculo-skeletal
System. This course seeks to explore the issues relevant
to the successful application of biomaterials (metals,
synthetic and bio-polymers, and ceramics) as functional
replacement elements in the skeletal system. The
biomechanical, and chemical design criteria will
be explored. Characterization and failure analysis
of implanted biomaterials will be covered. The basic
science, engineering and clinical perspectives for
biomaterial design, fabrication and use in the skeletal
system will be presented.
Course Goals
A. Gain familiarity with the following paradigm:
One way to describe how a biomedical engineer goes
about solving a biomaterials problem is the following
4 issues:
1. A disease state is identified which necessitates
the use of a biomaterial.
2. A material is designed and synthesized to meet the
need
3. The synthesized material is analyzed to ensure that
the product is indeed what was intended
4. The biocompatibility issue is dealt with
B. Learn the vocabulary necessary to deal with the
paradigm
C. Learn how to read current and review literature
(articles and monographs) and put that information
to use in using the paradigm.
Prerequisites
Introduction to biomaterials (EBME
306)
Class/laboratory Schedule
Three 50 minute lectures per week.
Typical Class Size
20
Semesters and Years Offered
Offered every fall semester.
Computer Usage
Web-based research.
Course Objectives
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