This training is for professional development purposes and the certificate obtained does not replace the MYK authorization certificate required for trainings where MYK authorization is mandatory.

Training Objective

The Unconventional Manufacturing Methods Training Program teaches innovative production techniques like 3D printing and laser cutting, helping participants acquire skills that will make a difference in industrial design.

Training Content

• Introduction to Unconventional Manufacturing Methods
• Comparison of traditional and unconventional manufacturing methods
• Advantages of unconventional methods in industrial applications
• New technologies like 3D printing, laser cutting, EDM, water jet cutting
• The future of unconventional manufacturing and industrial trends
• 3D Printing (Additive Manufacturing)
• Basic principles and history of 3D printing technology
• Different 3D printing techniques like FDM, SLA, SLS, SLM
• Applications of 3D printing in industry
• 3D modeling and design software (CAD)
• Prototyping and mass production with 3D printing
• Laser Cutting Technology
• Basic principles and working of laser cutting technology
• Types of laser cutting machines and their application areas
• Material cutting, shaping, and drilling with laser cutting
• Choosing the right material for laser cutting
• Industrial laser cutting applications and example projects
• Water Jet Cutting Technology
• Working principles of water jet cutting systems
• Advantages and limitations of water jet cutting
• Materials cut with water jet and cutting precision
• Industrial applications of water jet cutting
• Prototyping and production processes with water jet cutting
• Electro Discharge Machining (EDM) Technology
• Definition and basic principles of EDM technology
• Short circuit erosion, wire erosion, hole drilling erosion
• Usage and application areas of EDM machines
• Precise part production using EDM
• Advantages of EDM methods
• Other Advanced Manufacturing Methods
• Micro-manufacturing technologies
• Rapid prototyping techniques
• Nanotechnology and atomic-level manufacturing
• Advanced machining and forming methods
• High-precision manufacturing processes
• Industrial Applications and Project Work
• Use of unconventional manufacturing methods in real industrial projects
• Practical training through individual or group projects
• Optimization of advanced manufacturing processes
• Increasing efficiency, reducing costs, and quality control practices
• The Future of Unconventional Manufacturing Methods
• Sustainable production and eco-friendly methods
• 4th industrial revolution and digital factories
• Smart manufacturing and AI-assisted production systems
• Future manufacturing technologies and innovations

The training is open for institutional cooperation (institution/company package) and individual applications are not accepted. The content can be reorganized according to the profile and needs of institutional participants. After mutual consultations, the scope and method of the training (Face-to-Face, Online) are determined and the relevant processes are completed. If agreed, the schedule, location, and suitable times for participants and instructors are set.