64636 - Material Technology

Learning outcomes

At the end of the module, the student will have acquired fundamental knowledge about the structure and behavior of materials of specific interest, as well as the mechanisms of degradation under specific conditions of use. The student will also be familiar with the materials used in the design and fabrication of orthoses and prostheses, and their interactions with the human body. Furthermore, the student will be able to select the most appropriate material for professional practice

Course contents

Introduction to Biomaterials

• Definitions
• Classification of Materials
• Macroscopic and Microscopic Structure
• Mechanical Properties
• Regulatory Framework: MDR and ISO Standards

Polymers

• Classification
• Mechanical Characteristics
• Applications in Orthopedic Technology: Thermoforming and Silicone Prosthesis Fabrication

Metals

• Mechanical Characteristics
• Processing Techniques
• Applications in Orthopedic Technology: Osseointegration

Adhesives and Sealants

• Definition of Adhesive
• Primers and Surface Preparation
• Applications in Orthopedic Technology: Structural Adhesives
• Definition of Sealant and Brief Overview of Practical Uses

Composite Materials

• Definition of Composite Material
• Mechanical Characteristics
• Applications in Orthopedic Technology: Traditional and Pre-impregnated Lamination

Focus Topic: Socket TestingIndustry 4.0

• New Digital Processes and New Materials
• Applications in Orthopedic Technology: Process Digitalization

Readings/Bibliography

• Instructor’s Materials
• Teaching Materials
• Lecture Notes

Teaching methods

Traditional Classroom Lectures

Assessment methods

Written Test with Multiple-Choice and Open-Ended Questions

Oral

Teaching tools

• Computer
• Projector
• Slides

Office hours

See the website of Gregorio Teti