TRAINING & EVENTS

Cost: $399

Lunch Provided

A Design for Manufacturability (DFM) training should help manufacturers optimize product designs to ensure efficient, cost-effective, and high-quality production. It focuses on integrating manufacturing considerations early in the design phase to reduce production challenges, minimize costs, and enhance product reliability.

Description:

This training equips engineers, designers, and manufacturing professionals with the principles and best practices of Design for Manufacturability (DFM) to streamline production, improve quality, and reduce costs. Participants will learn how to anticipate manufacturing constraints, enhance material selection, and refine designs to align with production capabilities.

Key Components:

1. DFM Principles & Benefits – Understanding how early design decisions impact production efficiency, cost, and product quality.
2. Material Selection & Standardization – Choosing appropriate materials and components to optimize performance and manufacturability.
3. Process Considerations – Aligning product design with manufacturing processes like machining, molding, casting, and assembly.
4. Tolerance & Simplification – Setting realistic tolerances and reducing complexity to ease production and assembly.
5. Cost Reduction Strategies – Identifying areas for minimizing production costs without compromising quality.
6. Supplier Collaboration – Working with suppliers to ensure design compatibility with available manufacturing technologies.
7. Prototyping & Testing – Using rapid prototyping and validation methods to detect design inefficiencies early.
8. Case Studies & Practical Applications – Reviewing real-world examples of effective DFM strategies and their impact.
9. Interactive Exercises – Hands-on activities to apply DFM concepts and troubleshoot common manufacturing challenges.

 Email rkeller@nwirc.org for additional information or questions.

About the Presenter:

Shane Cantrell, NWIRC’s Operational Excellence Specialist. has 15+ years of experience in manufacturing operations management, leadership, and lean transformation. He earned his BS in Industrial & Management Engineering from Montana State University – Bozeman in 2002. In 2006, he earned his Master’s in Industrial & Management Engineering from Montana State University – Bozeman.