What to expect from this training
Through this certified online training course, you’ll gain the skills you need to perform image segmentation and design 3D anatomical models in healthcare environments like hospitals, medical device companies, and academia. It’s a great start for healthcare professionals and engineers with limited or no previous experience in anatomical 3D printing.
This self-paced program includes practical exercises and a final assignment graded by our application engineers. At the end of the course and upon approval of your assignment, you will become a Certified Mimics User with knowledge of the basics of anatomical 3D printing.
Practical info
Audience
- Medical engineers in hospitals, medical device companies, and academia
- Healthcare professionals in hospitals, medical device companies, and academia
Level
Basic
Format
Online
Language
English
Duration
- 5 to 10 hours of video classes and exercises (estimated)
- 40 days to submit a final assignment
- 8 weeks of access to training content
Assessment
One final assignment
Certification
Mimics Fundamentals
Price
$440 excluding VAT
What you will learn
- Different approaches to segmenting medical images using Materialise Mimics Innovation Suite, including practical examples for various anatomies
- How to design 3D models for use in downstream applications such as 3D printing, the design of patient-specific implants, surgical planning, and finite element analysis (FEA)
- Why and how to post-process 3D models
Training from an industry leader
30+ years of medical expertise
Materialise Medical has pioneered many of the leading medical applications in surgical planning and 3D printing, enabling researchers, engineers, and clinicians to revolutionize personalized care.
Taught by experts
Gain insights from expert trainers with years of practical knowledge who can help maximize the use of your powerful engineering toolbox.
Industry-recognized certification
Gain recognition of your skills as a medical engineer and build a career in personalized treatment. Mimics Innovation Suite is the engineering software trusted by leading hospitals, universities, and medical device companies worldwide.
Lessons included in this training
Intro to the anatomical modeling process
Learn the full process of creating digital or 3D-printed models, from image to stack to preparing your model for printing.
Intro to Mimics Innovation Suite user interfaces
Discover the functionalities and features available in Mimics and 3-matic to create your models in the most efficient and reliable way.
Orthopaedic case
Learn the complete procedure for generating a digital 3D-printable model of a tibia, starting from image stacks, progressing through image segmentation, and concluding with the STL file preparation.
Cranio-maxillofacial case
Learn the complete process of creating a digital, 3D-printable model of a skull.
Cardiovascular structural heart case
Learn the complete process of creating a digital, 3D-printable model of a left atrial appendage.
Cardiovascular congenital heart case
Learn the complete process of creating a digital, 3D-printable model of the aorta of a congenital heart.
Intro to the anatomical modeling process
Learn the full process of creating digital or 3D-printed models, from image to stack to preparing your model for printing.
Intro to Mimics Innovation Suite user interfaces
Discover the functionalities and features available in Mimics and 3-matic to create your models in the most efficient and reliable way.
Orthopaedic case
Learn the complete procedure for generating a digital 3D-printable model of a tibia, starting from image stacks, progressing through image segmentation, and concluding with the STL file preparation.
Cranio-maxillofacial case
Learn the complete process of creating a digital, 3D-printable model of a skull.
Cardiovascular structural heart case
Learn the complete process of creating a digital, 3D-printable model of a left atrial appendage.
Cardiovascular congenital heart case
Learn the complete process of creating a digital, 3D-printable model of the aorta of a congenital heart.
Learning path
This training is part of a Mimics-focused learning path.