Graduate Certificate in Biofabrication
offered by UOW Australia

Public University
1 Campus
Estd. 1951

Graduate Certificate in Biofabrication
at
UOW Australia
Overview

Innovate Tissue Engineering: Master cutting-edge biofabrication techniques in our Graduate Certificate program. Pioneer advancements in regenerative medicine and biotechnology.

Duration	12 months
Total fee	₹13.23 Lakh
Mode of learning	Online
Official Website	Go to Website
Course Level	PG Certificate

Graduate Certificate in Biofabrication

Table of contents

Overview
Highlights
Course Details
Curriculum
Entry Requirements

Graduate Certificate in Biofabrication
at
UOW Australia
Highlights

Earn a Certification after completion

Graduate Certificate in Biofabrication
at
UOW Australia
Course details

What are the course deliverables?

Demonstrate and translate advanced knowledge of the development and use of biofabrication and additive manufacturing.
Apply advanced research, methods and technologies to solve problems derived from the science of biofabrication and additive manufacturing.
Communicate concepts in biofabrication and additive manufacturing effectively to diverse audiences using appropriate methods, technologies and research-based initiatives.
Identify, interpret and analyse stakeholder requirements within the context of biofabrication and additive manufacturing.
Apply appropriate ethical, public and personal behaviours within a range of contexts in learning and professional practice.

More about this course

The Graduate Certificate in Biofabrication is a practical online course designed for professionals currently working in the fields of science, health, engineering and technology, as well as those who want to pursue a career in biofabrication.
Learning from some of world’s foremost experts on 3D printing and bioprinting, including the printing hardware, software and bioinks, you will gain a broad understanding of the theory that underpins 3D printing technologies.
The key concepts of biofabration will be presented through case studies involving clinical applications on printing Ears, Islet Cells, Cornea and Brain-on-a-Bench.