Medical Imaging, 3D Modeling and 3D Printing – Beginners - Course Details

Medical Imaging, 3D Modeling and 3D Printing – Beginners

Course Overview: Introduction & About

Medical Imaging, 3D Modelling and 3D Printing – Beginners is a course on Medical Imaging, 3D Modelling and 3D Printing published by Udemy Online Academy. This is a practical, beginner-friendly course designed to introduce learners to the fascinating intersection of healthcare, technology and design. The course covers the essential concepts and tools needed to transform medical imaging data into 3D models and physical objects using 3D printing technology. This complete beginner-level course will focus on getting to know free and open-source 3D slicing software, how to extract valuable patient-specific information from a patient’s CT/MRI scans and convert them into 3D models that add an extra dimension to the imaging.



Course Aim & Competences

Medical Imaging, 3D Modelling and 3D Printing – Beginners is a course on Medical Imaging, 3D Modelling and 3D Printing published by Udemy Online Academy. This is a practical, beginner-friendly course designed to introduce learners to the fascinating intersection of healthcare, technology and design.

Who Should Attend the Course

No introduction available.

Course syllabus

Number of lessons: 87
Duration of instruction: 8 hours and 18 minutes

Course Guidelines

Professional Conduct:
Communicate respectfully with instructors, colleagues, and staff at all times. Maintain professionalism in both verbal and written interactions.

Active Participation:
Engage actively during lectures, discussions, and practical sessions. Asking questions and sharing experiences are encouraged to enhance collective learning.

Timely Communication:
Inform the course coordinator in advance of any absences, schedule changes, or issues affecting participation.

Technology and Support

The Primary Health Care Ultrasound Condensed Program integrates modern technology to ensure an effective and engaging learning experience. Participants will have access to advanced ultrasound equipment and digital learning materials that support both theoretical and practical components of the course.

Discussion Instructions

Be Respectful:
Maintain a courteous and professional tone in all discussions, whether in person or online.

Stay Relevant:
Keep contributions focused on the topic being discussed, relating comments to ultrasound practice and primary health care.

Engage Actively:
Participate regularly by asking questions, sharing clinical experiences, and contributing to group problem-solving.

Support Claims with Evidence:
When presenting opinions or case insights, refer to clinical guidelines, research findings, or practical experience when possible.

Listen and Reflect:
Give others the opportunity to express their views. Consider different perspectives before responding.

Confidentiality:
Do not share any patient information or sensitive case details outside the learning environment.

Activity: Get to Know Each Other

Each participant introduces themselves by sharing:

Name and current workplace or position

Area of medical specialization

Previous experience (if any) with ultrasound

One expectation or goal from this program

Participants are encouraged to interact, ask brief follow-up questions, and find common professional interests.

Module Introduction

No module introduction available.

Week 1

Lecture Page

Introduction

Week 2

Lecture Page

Radiology

Week 3

Lecture Page

introduction to 3D silicer

Week 4

Lecture Page

Case study 1 : ct segmentation

Week 5

Lecture Page

Case study 2 : mri segmentation brain tumor

Week 6

Lecture Page

Case study 3 : trachea and lungs

Week 7

Lecture Page

Case study 4 : mandible and maxilla

Week 8

Lecture Page

Case study 5 :volume manipulation- kidneys and abominable

Week 9

Lecture Page

3D file fixing