The Unconventional Manufacturing Methods Training Program teaches innovative production techniques like 3D printing and laser cutting, equipping participants with skills to make a difference in industrial design.
The training is for professional development purposes, and the certificate obtained does not replace the MYK authorization certificate in trainings where the MYK authorization certificate is mandatory.
1. Introduction to Unconventional Manufacturing Methods
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Comparison of traditional vs. unconventional manufacturing methods
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Benefits of unconventional methods in industrial applications
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New technologies such as 3D printing, laser cutting, electro-erosion, water jet cutting
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The future of unconventional manufacturing and industrial trends
2. 3D Printing (Additive Manufacturing)
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Basics and history of 3D printing technology
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Different 3D printing techniques: FDM, SLA, SLS, SLM
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Industrial applications of 3D printing
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3D modeling and CAD software for design
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3D printing for prototyping and mass production
3. Laser Cutting Technology
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Basics of laser cutting technology and how it works
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Types of laser cutting machines and their applications
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Laser cutting for material cutting, shaping, and drilling
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Material selection for laser cutting
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Industrial applications and case studies in laser cutting
4. Water Jet Cutting Technology
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Principles of water jet cutting systems
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Advantages and limitations of water jet cutting
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Materials cut by water jet and cutting precision
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Industrial applications of water jet cutting
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Prototyping and production with water jet cutting
5. Electro-Erosion Technology
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Definition and basic principles of electro-erosion technology
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Types of electro-erosion: spark erosion, wire erosion, hole drilling
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Usage and applications of electro-erosion machines
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Precision part production with electro-erosion
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Advantages of electro-erosion methods
6. Other Advanced Manufacturing Methods
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Micro-manufacturing technologies
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Rapid prototyping methods
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Nanotechnology and atomic-level production
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Advanced machining and forming methods
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High-precision manufacturing processes
7. Industrial Applications and Project Work
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Using unconventional manufacturing methods in real industrial projects
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Hands-on training through individual or group projects
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Optimizing advanced manufacturing processes
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Implementing efficiency improvement, cost reduction, and quality control
8. The Future of Unconventional Manufacturing Methods
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Sustainable production and eco-friendly methods
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The Fourth Industrial Revolution and digital factories
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Smart manufacturing and AI-supported production systems
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Future manufacturing technologies and innovations
The training is open to corporate partnerships (institution/company legal entities) and individual applications are not accepted. The training content can be re-planned according to the corporate participant profile and your needs. After mutual discussions, the scope and method of the training (In-person, Online) will be determined, and the relevant processes will be completed. If an agreement is reached, suitable dates and times for your institution’s participants and our instructors will be set, along with the location of the training.