Current

Intermediate

3D Printing Technology Deep Dive and Use Cases

Coursera · Unknown · Updated March 2026

Platform rating

4.5/5

Champ rating

8.3/10

Duration

6 weeks, 3 hours/week

Classes

35

Explore advanced 3D printing technologies, materials, and real-world applications across industries. This comprehensive course examines different printing methods and their specific use cases in manufacturing and innovation.

What you'll get

Compare different 3D printing technologies and their capabilities

Understand material properties and selection for various applications

Analyze real-world case studies of 3D printing implementation

Evaluate cost-benefit analysis of additive vs. traditional manufacturing

Apply advanced techniques to complex manufacturing challenges

Fit

Best for

Engineers

Not ideal for

Learners seeking only entry-level overviews

Prerequisites & pricing

Prerequisites

Basic understanding of 3D printing

Pricing

Free to audit, $49 for certificate

Certification

Certificate

3D printing technologies

additive manufacturing

materials science

industrial applications

case studies

ShareCompare

Add to StackGo to Course

Alternatives to 3D Printing Technology Deep Dive and Use Cases

Compare

Current

3D Printing Revolution

Coursera · Unknown

4.5

8.3/10

4 weeks, 2 hours/week

Discover how 3D printing technology is transforming manufacturing, healthcare, and consumer products. This course covers the history, applications, business implications, and future potential of additive manufacturing.

Free to audit, $49 for certificate

ViewAddCompare

Master software tools and workflows for 3D printing including slicing software, file preparation, and printer control. Learn how to optimize designs for successful 3D printing production.

Learn the mechanical and electrical components of 3D printers and how they function together. This course covers printer architecture, maintenance, troubleshooting, and hardware selection for different printing needs.

Understand Industry 4.0 transformation through Product Lifecycle Management and smart factory concepts. Explore digital manufacturing, supply chain integration, and data-driven decision-making in modern production environments.