Fundamentals Training: Design for Additive Manufacturing

By the end of this course, you’ll be equipped with the knowledge to create AM-ready designs that maximize the benefits of additive technologies.
What You’ll Learn
Key principles of Design for Additive Manufacturing (DfAM)
Optimize designs for lightweighting, strength, and functionality
Topology optimization and lattice structures
Selecting appropriate AM technologies
Real-world case studies and hands-on design exercises
Opportunity to bring and discuss your own project
The Program
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Wed 14 May, 2025
Training day 1: 9:00 – 17:00
- DfAM fundamentals: from traditional design to AM thinking
- Design principles: lightweighting, complexity, and customization
- Understanding AM constraints and opportunities
- Hands-on: redesigning basic components for AM
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Thu 15 May, 2025
Training day 2: 9:00 – 17:00
- Topology optimization and lattice structures
- Selecting the right AM process and materials
- Real-world AM case studies
- Hands-on: redesigning basic components for AM
- Discuss your own project
Partner for this Training
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The application engineering team of Additive Center works closely with various industries to innovate products and design through Additive Manufacturing. They act as the external competence center for Additive Manufacturing, supporting leading Semiconductor Equipment OEMs. We optimize AM integration by selecting, designing, and validating high-performance parts, ensuring manufacturability and cost efficiency. Through strategic collaborations, we enable scalable AM adoption, driving innovation and savings in critical applications. |
Register Now
Ready to transform your career? Click below to sign up for the course and begin your journey towards mastering Additive Manufacturing!
Target audiences
- Design & Mechanical Engineers
- Product Developers & Innovation Teams
- Additive Manufacturing Specialists
- R&D Engineers & Technologists
- CTOs & Managers
FAQs
Instructor
At Additive Center, Bonne Wilce serves as a 3D Printing Application Engineer. In this role, Bonne is responsible for developing and implementing innovative 3D printing solutions, collaborating with clients to identify opportunities for additive manufacturing, and ensuring the successful integration of 3D-printed components into various projects. This position involves leveraging expertise in additive manufacturing to enhance performance, reduce lead times, and optimize production processes for clients.