Participants will be able to analyze the functions and requirements that must be met for both the product and the process, enabling the creation of the Control Plan to be used in mass production.
Participants will be able to assess risks and prioritize actions for prevention and detection to mitigate risks, maintain control over processes to achieve optimal states of quality and productivity. Finally, a commitment will be generated to monitor and follow up on actions and optimize controls.
Participants will be able to analyze the functions and requirements that must be met for both the product and the process, enabling the creation of the Control Plan to be used in mass production.
Participants will understand submission levels based on component characteristics and their classification according to risk. At the same time, they will understand how to release the product and production process appropriately, meeting all specified contract requirements.
Participants will use basic statistical tools to create control charts and, through histograms, approach the normal distribution to derive behavior patterns related to instability and react preventively to these behaviors.
Participants will understand the sequence and order of activities to be documented, such as tolerance specifications and measurement techniques, as well as the frequency and size of the sample to be measured. They will also define the control method and, finally, the reaction plan for any case that falls outside specification.
Participants will understand how to carry out advanced quality planning for products, incorporate risk management for both product and process, manage measurements to demonstrate compliance with process specifications, control quality and capacity of processes, and the part approval process for supply in mass production. This is to support the improvement cycle and increase customer satisfaction.
Participants will recognize basic statistical techniques to handle information so that it can be analyzed and interpreted, taking into account that each tool has a specific purpose and should be used as required.
Participants will have the necessary knowledge for the application of 8 D's in their company and thus protect the customer at all times until the problem is solved through contingency actions that strategically allow time for the team to determine the root causes and the escape point.
Participants will apply the principles of this methodology to measure and improve cycle time and contribute to the overall increase in productivity, as the number of parts per hour (PPH) can be significantly improved. Additionally, participants will be able to design visual systems to support material flow control.
Participants will know and understand the Hoshin Kanri working method, allowing them to align the company's strategic objectives.
The participant will be able to perform specific audits of processes to detect areas of opportunity or failure.
Participants will know and understand the method for carrying out their own audit of heat treatment processes.
Participants will know, understand, and be able to implement the method for reviewing surface treatment processes.
Participants will be able to identify coating process requirements and perform the CQI-12 self-audit.
The participant will exercise the ability to reduce the cost of warranty claims and increase customer satisfaction.
Participants will be able to identify soldering process evaluation requirements and carry out the CQI-15 self-audit.
Participants will be able to identify soldering process assessment requirements and conduct the CQI-17 self-audit.
Participants will obtain knowledge and understanding about the methodology of the CQI-20 standard and will be able to apply it to problem solving in their work area.
Participants will be able to identify the evaluation process requirements of plastic part molding systems and carry out the CQI-23 self-audit.
Formalize knowledge and skills for the interpretation and analysis of data.
Develop skills for calculating measures of centralization and dispersion.
Elimination of waste.
Improvement in customer satisfaction (Quality, Cost, Delivery).
Immediate tangible results.
Involvement and active participation of employees
Recognize special and common causes of variation.
Implement and monitor control charts.
Perform calculations of process capability and ability
The participant will acquire the necessary knowledge to implement and evaluate the methodology. They will also have the necessary tools to actively participate in the system implementation.
Participants will be aware of the importance of working as a team, under the quality circles method, which they will be able to put into practice, showing short-term results.
The participant will acquire knowledge, skills and attitudes to manage technical risk through the appropriate design of optimal controls to keep processes free of failures and defects.
Participants will acquire the basics of concepts and approaches to understand Automotive Core Tools with the AIAG-VDA approach through technical presentations, practical exercises, and exchange of experiences for their correct application in the workplace.
Participants will acquire the basics of concepts and approaches to understand Automotive Core Tools with the VDA approach through technical presentations, practical exercises, and exchange of experiences for their correct application in the workplace.
The purpose of the course is to provide participants with the basis to determine a common process for managing all suppliers and sub-suppliers in the supply chain.
Manufacturing Personnel, Quality Personnel, Special Process Auditors, Quality Management System Managers, Engineering Personnel
Understand the basic requirements of CQI-30 and identify possible ways of care and documentation of evidence
Understand and implement the fundamental changes of the 3rd edition to pass from the product development methodology to the product development governance process.
To understand and apply FMEA, Control Plan, and SPC to manage, control, and prevent risks in manufacturing processes, improving quality from the first attempt.
