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 Reverse Engineering and Quality Control Training Program teaches product analysis and design improvements. Participants will gain the knowledge and skills needed to improve quality and achieve flawless results in manufacturing.

Training Content

• Introduction to Reverse Engineering
• What is reverse engineering? Basic concepts and importance
• Industrial applications of reverse engineering
• Analyzing and improving products
• Digitizing existing designs and parts
• Product Design and Analysis
• Stages of product design
• Use of CAD (Computer-Aided Design) software
• Digital modeling and simulation techniques
• Software and methods used in part analysis
• Design improvements and optimization
• Fundamentals of Quality Control
• What is quality control? Basic concepts
• The role of quality control in industrial production
• Statistical Process Control (SPC)
• Quality management systems and standards (ISO 9001, etc.)
• Quality control techniques and tools (FMEA, 6 Sigma, Pareto analysis, etc.)
• Reverse Engineering Process
• Steps in the reverse engineering process
• Data collection and analysis methods
• 3D scanning and modeling
• Challenges in part production
• Improvement of manufacturing processes
• Testing and Quality Assurance
• The importance and types of testing processes
• Product testing and quality assurance methodologies
• Test reports and analyzing results
• Fault detection and solution proposals
• Use of quality control equipment
• Advanced Quality Control Techniques
• Use of advanced quality control methods and software
• Automated quality control systems
• Industry 4.0 and digital quality control
• Quality control with artificial intelligence and machine learning
• Industrial Applications and Project Work
• Real-world applications and example projects
• Participants working on reverse engineering and quality control projects
• Developing teamwork and problem-solving skills
• The Future of Reverse Engineering and Quality Control
• New technologies and emerging trends
• Industry 4.0 and automated quality control
• Future manufacturing methods and digital transformation

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.