3D Bioprinting With Hydrogels: A Practical Guide

Hydrogel-Based 3D Bioprinting for Biomedical Applications

What you'll learn

Understand the fundamental principles of 3D bioprinting and its biomedical applications

Differentiate between natural and synthetic hydrogels and their properties

Prepare bioinks and select appropriate hydrogels for tissue engineering

Design and optimize 3D structures using CAD and slicing software

Operate various types of 3D bioprinters and troubleshoot printing issues

Evaluate cell viability and print fidelity using imaging and analysis techniques

Requirements

There are no specific prerequisites for taking this course!

Description

Unlock the future of regenerative medicine with 3D bioprinting using hydrogels—a rapidly growing field at the intersection of biotechnology, tissue engineering, and advanced manufacturing.In this comprehensive course, you'll learn how to design, prepare, and bioprint living tissues using hydrogel-based bioinks. Whether you're a student, researcher, or industry professional, you'll gain the skills needed to apply bioprinting in real-world biomedical applications—from tissue regeneration and drug delivery to disease modeling and organ-on-a-chip development.This hands-on, beginner-friendly course covers:The science and classification of hydrogels (natural, synthetic, hybrid)Bioink formulation and essential properties (biocompatibility, printability, degradation)3D bioprinting techniques (extrusion, inkjet, stereolithography)Cell-hydrogel interactions and encapsulation strategiesApplications in tissue engineering, drug screening, and regenerative medicineTroubleshooting, quality control, and future trends, including 4D bioprinting and smart biomaterialsBy the end of this course, you will be able to: Understand the fundamentals of hydrogel chemistry and mechanics Select and prepare bioinks for specific biological functions Operate 3D bioprinters with optimized parameters Analyze printed constructs for cell viability, structure, and function Apply bioprinting in research or product development projectsThis course includes lecture videos, quizzes, assignments, and optional projects to solidify your learning. Ideal for:Biomedical and bioengineering studentsLife science researchers exploring biofabricationProfessionals in regenerative medicine and tissue engineeringEducators looking to introduce 3D bioprinting in their curriculumJoin now and gain practical skills in 3D bioprinting with hydrogels, one of the most innovative technologies shaping the future of healthcare!

Overview

Section 1: Welcome

Lecture 1 Welcome

Section 2: Chapter 1

Lecture 2 Introduction to Hydrogels

Section 3: Chapter 2

Lecture 3 Hydrogels for 3D Bioprinting

Section 4: Chapter 3

Lecture 4 3D Bioprinting Techniques for Hydrogels

Section 5: Chapter 4

Lecture 5 Cell-Hydrogel Interactions

Section 6: Chapter 5

Lecture 6 Applications of 3D Bioprinted Hydrogel Constructs

Section 7: Chapter 6

Lecture 7 Practical Considerations in 3D Bioprinting with Hydrogels

Section 8: Chapter 7

Lecture 8 Future Trends and Emerging Technologies

Section 9: Chapter 8

Lecture 9 Conclusion and Next Steps

Section 10: Course text, Quiz and Assignment

Lecture 10 Course text, Quiz and Assignment

Section 11: Real-World Case Studies in 3D Bioprinting with Hydrogels

Lecture 11 Real-World Case Studies in 3D Bioprinting with Hydrogels

Section 12: Bioprinting for Personalized Medicine

Lecture 12 Bioprinting for Personalized Medicine

Undergraduate and graduate students in biomedical engineering, biotechnology, or related fields,Researchers entering the field of tissue engineering and regenerative medicine,Professionals looking to integrate 3D bioprinting into their R&D processes,Hobbyists or educators curious about bioprinting and hydrogel applications in biomedicine