Ateneo - UPO

The course offers a comprehensive overview of biomaterial classes (metals, ceramics, polymers, hydrogels, and composites), biofabrication processes, and characterization techniques. It includes case studies and clinical applications, with a focus on material–tissue interactions and regenerative engineering.

Ratner BD et al., Biomaterials Science (4th ed.), Materials Science and Engineering: An Introduction, 7th Edition Book by David G. Rethwisch and William Callister

To acquire basic and advanced knowledge of biomaterials, understanding structure–property relationships and selection criteria for medical applications. To assess fabrication processes and characterization techniques, interpret experimental data, and design innovative solutions for regenerative medicine.

Basic knowledge of chemistry, physics, and materials science.

Lectures, case study discussions, practical exercises, and expert seminars.

The course encourages active student participation, including discussions on recent scientific papers and real-world applications.

written exam, including theoretical questions and critical discussion of a case study.

Introduction to biomaterials and classification Metals and alloys in biomedical applications Ceramics, glasses, and glass-ceramics Polymers and hydrogels Composites and biohybrid materials Biofabrication techniques (additive manufacturing, coatings, conventional processing) Mechanical, chemical, and biological characterization methods Case studies and clinical applications

Describe the main classes of biomaterials and their properties Correlate structure, fabrication processes, and in vivo performance Select suitable materials for specific medical applications Interpret characterization data and in vitro/in vivo studies