3D Printing for Bioelectronics and Biomedical Applications

What it is about

You will learn the fundamentals of modern 3D printing methods with a focus on stereolithographic methods and implement this knowledge practically. In the block course you design, print and post-process a 3D component and subsequently use it in a laboratory experiment from the fields of bioelectronics or biomedical engineering. In the end you will be able to operate printing processes, verify printed structures and apply them in an experimental context.

What you will be able to do

• Describe various modern 3D printing approaches
• Develop and design 3D models for stereolithographic printing
• Carry out a stereolithographic printing process including post-processing and verification
• Use printed structures in a biomedical or bioelectronic experiment

What the module consists of

• Blockkurs / LaborpraktikumIntroduction to 3D printing, design, printing and characterization of a 3D component with subsequent application in the laboratory

Teaching method

• TheorieeinführungConveying the fundamental 3D printing methods and application areas
• Hands-on LaborarbeitDesign, printing and characterization of a component to convey practical skills
• AnwendungsversuchUse of printed structures in a bioelectronic or biomedical experiment to connect with research practice