Introductory
Metal powder additive manufacturing skills for engineering applications
Brno, University of Technology
4 hours
20 max participants
Certificate included
Organization: Brno University of Technology
Instructor: Martin Malý
This introductory hands-on course offers a practical gateway into the world of metal 3D printing. Aimed at engineers, designers, and technical professionals, the program focuses on teaching participants how to design cost-effective parts for engineering applications, prepare models for printing, and carry out essential post-processing operations to turn prints into finished components.
Workshop Gallery
Additive ManufacturingMetal 3D PrintingEngineering
Learning Objectives
Understand the fundamentals of metal additive manufacturing
Learn about Laser Powder Bed Fusion (L-PBF) technology
Master design rules and limitations for metal 3D printing
Gain hands-on experience with model preparation
Understand post-processing operations and finishing
Explore industrial applications and future potential
Course Curriculum
Module 1: Introduction to Metal 3D Printing
1 hour- Overview of additive manufacturing with metallic powders
- Energy sources in Powder Bed Fusion (PBF)
- Advantages and disadvantages of L-PBF
Module 2: Preparation of a 3D Model for Production
1.5 hours- Design limitations and rules for L-PBF
- Model preparation workflow
- Software tools and best practices
Module 3: Tour of Laboratories with Metal 3D Printers
1 hour- Live demonstration of equipment
- Safety protocols and procedures
- Industrial applications showcase
Module 4: Practical Demonstration of Post-Processing
1.5 hours- Transforming prints into usable components
- Post-processing techniques and tools
- Quality control and finishing methods
Pilot Run Results
24
Total Participants
+2.0
Average Knowledge Improvement
4.2/5
Satisfaction Rating
96%
Completion Rate
Knowledge Assessment Results
Pre-event vs. Post-event knowledge ratings (3-point scale):
Understanding of additive manufacturing with metallic powders+1.8
Familiarity with energy sources in Powder Bed Fusion+1.9
Knowledge of L-PBF advantages/disadvantages+2.0
Understanding of L-PBF design limitations and rules+2.2
Familiarity with L-PBF industrial applications+2.0
*Note: The decrease in laser cutting experience is attributed to low survey response rate (3 out of 8 teams) and may not be representative of the actual learning outcome.
Prerequisites
- Basic understanding of 3D modeling
- Familiarity with engineering principles
- Some experience with FDM 3D printing (recommended)
What's Included
- Course handbook and digital resources
- Access to laboratory equipment
- Sample prints and materials
- Certificate of completion
- Networking opportunities with peers