Online self-learning module series: Basics of quality management and related core tools and methods in the automotive industry. These online self-learning modules give an overview of the functionality, basic ideas and essential methods and tools of a modern quality management system. Even though all modules are derived and explained based on the experiences and regulations of the automotive industry, the principles and methods can be successfully applied in all industries. The modules are independent of each other, but together they give a complete overview. The objective of all modules is the basic communication of the interrelationships and essential functions of the individual modules. The interactive design guides the participants through a learning experience that explains the complex methods in a clear and humorous way in a simple and sustainable way. All modules end with a small test and the participants receive a learning certificate. Learn quickly - vividly - sustainably, with fun.   Module 1: Basics of quality management Description: Quality management, as it is applied today, has undergone a long historical development. Many aspects of business management are now handled by modern QM methods. In this seminar you will learn about the idea and philosophy of quality management, its historical development and modern anchoring in legal and economic form. In addition, essential terms of QM are explained in simple terms. You see QM as an important orientation parameter, which is supported by your acceptance. Content -        Philosophy and basic idea of quality management -        Historical development of the QM concept -        Essential masterminds of QM methods and systems -        Main definitions and terms Duration: approx. 30min  

Online self-learning module series: Basics of quality management and related core tools and methods in the automotive industry.   These online self-learning modules give an overview of the functionality, basic ideas and essential methods and tools of a modern quality management system. Even though all modules are derived and explained based on the experiences and regulations of the automotive industry, the principles and methods can be successfully applied in all industries.   The modules are independent of each other, but together they give a complete overview.   The objective of all modules is the basic communication of the interrelationships and essential functions of the individual modules.   The interactive design guides the participants through a learning experience that explains the complex methods in a clear and humorous way in a simple and sustainable way.   All modules end with a small test and the participants receive a learning certificate.   Learn quickly - vividly - sustainably, with fun.     Module 2: Fundamentals of statistical process control and associated measurement processes SPC/MSA   Description and objectives: The methods for statistical process control and the associated test process suitability are basic tools for ensuring product quality on a sample basis to avoid 100% testing. In this seminar you will learn the essential terms of statistical process control and how to apply them. Contents: -        Idea of statistical process control -        Basic concepts of statistics (dispersion, location, distribution) -        Determination of the suitability of measuring processes -        Forms of distribution of characteristics -        Calculation of key figures -        Application of control cards for process control   Duration approx. 30min

Online self-learning module series: Basics of quality management and related core tools and methods in the automotive industry.   These online self-learning modules give an overview of the functionality, basic ideas and essential methods and tools of a modern quality management system. Even though all modules are derived and explained based on the experiences and regulations of the automotive industry, the principles and methods can be successfully applied in all industries.   The modules are independent of each other, but together they give a complete overview.   The objective of all modules is the basic communication of the interrelationships and essential functions of the individual modules.   The interactive design guides the participants through a learning experience that explains the complex methods in a clear and humorous way in a simple and sustainable way.   All modules end with a small test and the participants receive a learning certificate.   Learn quickly - vividly - sustainably, with fun.   Module 3: Basics of the production process and product release PPF   Description and objectives: The Production Process and Product Release Procedure (PPF) is intended to provide evidence that, at the time of the start of supply, the scope of supply meets all legal, customer and internal requirements. The PPF procedure is thus an essential instrument for damage prevention and risk avoidance. In this seminar the essential basic terms, the idea and the procedures are explained.   Contents: -        Idea of the PPF -        Temporal classification -        Procedure -        Change Management   Duration approx. 30min  

Online self-learning module series: Basics of quality management and related core tools and methods in the automotive industry.   These online self-learning modules give an overview of the functionality, basic ideas and essential methods and tools of a modern quality management system. Even though all modules are derived and explained based on the experiences and regulations of the automotive industry, the principles and methods can be successfully applied in all industries.   The modules are independent of each other, but together they give a complete overview.   The objective of all modules is the basic communication of the interrelationships and essential functions of the individual modules.   The interactive design guides the participants through a learning experience that explains the complex methods in a clear and humorous way in a simple and sustainable way.   All modules end with a small test and the participants receive a learning certificate.   Learn quickly - vividly - sustainably, with fun.   Module 4: Basics of Field Failure Analysis SAF   Description and objectives: In the context of field complaints, the suppliers concerned should carry out a suitable diagnostic investigation of the suspect component in order to enable fault detection and generate suitable remedial measures and to avoid further field complaints. The VDA Volume Field Failure Analysis (SAF) defines the diagnostic methods and the procedure model for achieving acceptable and comprehensible diagnostic results. In this seminar, the idea of the SAF is explained, the essential work steps and procedures are explained. Contents: -        Idea of the SAF -        Standard and load test -        Test planning -        NTF Process -        Key figures -        Further development   Duration approx. 20min

Online self-learning module series: Basics of quality management and related core tools and methods in the automotive industry.   These online self-learning modules give an overview of the functionality, basic ideas and essential methods and tools of a modern quality management system. Even though all modules are derived and explained based on the experiences and regulations of the automotive industry, the principles and methods can be successfully applied in all industries.   The modules are independent of each other, but together they give a complete overview.   The objective of all modules is the basic communication of the interrelationships and essential functions of the individual modules.   The interactive design guides the participants through a learning experience that explains the complex methods in a clear and humorous way in a simple and sustainable way.   All modules end with a small test and the participants receive a learning certificate.   Learn quickly - vividly - sustainably, with fun. Basics general tools of quality assurance   Description and objectives: In the course of the application of quality assurance methods and tools, the search for the most standardized approach possible has always been a fundamental basic idea. From the applications and experiences gained, a number of methods and procedures have been established which have proven to be extremely effective and efficient in preventing and eliminating errors. This seminar gives an overview of some powerful tools that have a good acceptance and spread, in addition to the methods described in the other seminars of this series. Contents: -        QFD -        Doe -        DFMA -        8D/5Why -        7 elementary Q-tools Duration approx. 30min  

Online self-learning module series: Basics of quality management and related core tools and methods in the automotive industry.   These online self-learning modules give an overview of the functionality, basic ideas and essential methods and tools of a modern quality management system. Even though all modules are derived and explained based on the experiences and regulations of the automotive industry, the principles and methods can be successfully applied in all industries.   The modules are independent of each other, but together they give a complete overview.   The objective of all modules is the basic communication of the interrelationships and essential functions of the individual modules.   The interactive design guides the participants through a learning experience that explains the complex methods in a clear and humorous way in a simple and sustainable way.   All modules end with a small test and the participants receive a learning certificate.   Learn quickly - vividly - sustainably, with fun. Module 6 Basics Failure Mode and Effects Analysis FMEA   Description and objectives: Failure Mode and Effects Analysis (FMEA) was developed in the 1960s as a safety measure for a successful mission to land on the moon. Over time, many industries have adopted and developed the benefits of this systematic creativity technique for finding possible faults in complex systems and assessing their impact on the overall system. Especially in the automotive industry, this method has established itself as a core tool for the early elimination of potential risks to life and limb of vehicle users. Today, this method is indispensable proof of hazard prevention in the sense of the Product Safety Act and an economical method for prioritizing resources to major defects with serious effects rather than those with minor effects. Contents: -        The development of FMEA -        Background and application of FMEA -        the 7 steps of FMEA according to AIAG/VDA standard -        Risks in the preparation of the FMEA -        Documentation and measures from the FMEA Duration approx. 30min

Online self-learning module series: Basics of quality management and related core tools and methods in the automotive industry.   These online self-learning modules give an overview of the functionality, basic ideas and essential methods and tools of a modern quality management system. Even though all modules are derived and explained based on the experiences and regulations of the automotive industry, the principles and methods can be successfully applied in all industries.   The modules are independent of each other, but together they give a complete overview.   The objective of all modules is the basic communication of the interrelationships and essential functions of the individual modules.   The interactive design guides the participants through a learning experience that explains the complex methods in a clear and humorous way in a simple and sustainable way.   All modules end with a small test and the participants receive a learning certificate.   Learn quickly - vividly - sustainably, with fun.     Module 7 Basics of maturity assurance in new part projects RGA   Description and objectives: The development of new vehicles in the automotive industry usually takes place in projects lasting several years, involving many suppliers along the entire supply chain, right through to the raw material. This complex supply chain structure and the increasing risks posed by more complex products and global procurement markets have increased the risk that subordinate components may not be available from the manufacturer on time or not conforming to specifications at the time production starts. In order to identify these risks at an early stage in the course of the project and thus be able to establish remedial measures early on in the project, the method of advance quality planning was established in the 1990s. In the early 2000s, this method was further developed in Germany to ensure maturity. In this process, the maturity of the project is evaluated through the supply chain and, together with communication cascades, the risks are identified and minimized.   Contents: -         Emergence of maturity assurance -        Functionality of the maturity protection system -        The risk classification and captivation of the critical path in the supply chain -        Measurement criteria and indicators -        The evaluation -        Derivation of measures and pursuit   Durartion approx 30min

Background and Topics The VDA 6.3 process audit is an effective procedure for assessing processes in connection with planning and manufacturing of a product. In order to conduct VDA 6.3 process audits, comprehensive knowledge, experience and competence is necessary. Thus, the qualification of relevant personnel is indispensable. After successful completion of the qualification for VDA 6.3 process auditor, the question arises of continuous further development: Again and again, while conducting audits in practice, auditors will encounter situations in which handling or appropriately assessing requirements leads to uncertainties. This training offers the chance to discuss such situations in everyday audit practice with the participants and an expert, and to determine the appropriateness and application of requirements and assessments. Target audience This training is for Certified Process Auditor VDA 6.3 (2016), who cannot prove the required number of process audits for the extension of their auditor qualification. Objectives In this one-day workshop, participants will have the opportunity to strengthen their process auditor skills, share their day-today experience, and develop their user skills. The participants thus increase their security in the application of process audits and receive suggestions for the development of their auditor competence. Concept and Methods The workshop focuses on practical application of the process audit as a tool for analyzing weaknesses in combination with risk assessments and as a basis for improvement measures. The theoretical part focuses on the subjects of audit preparation and audit planning as well as evaluation. The application of the VDA 6.3 Analysis Tool will also be discussed. In the practical part, the audit preparation, audit planning, the execution of process audits with final evaluation and the presentation of results (final discussion) are trained in role plays and according to given scenarios. Prerequisites for Attendance This workshop is aimed at already Certified Process Auditor VDA 6.3 (2016). For the efficiency of the workshop it is also necessary that the participants have a comprehensive knowledge of the VDA 6.3 questionnaire and the evaluation-relevant requirements. Duration 1 day Certificate of Attendance At the end, participants will receive a certificate of attendance.

Background and Topics In order to ensure a high quality of the audit activities in the companies and the entire supply chain, auditors need to have the appropriate competence in relation to the respective methods. The IATF 16949 clearly emphasizes this requirement for the competence of the auditors. The effcient approach during the audits is an important success factor. This training deals with typical audit situations along the Automotive Core Tools. Target Audience This two-day training course is aimed at qualifed VDA 6.3 process auditors who wish to apply for an extension, as well as prospective VDA 6.3 Process and IATF System auditors who are seeking qualifcation. Objectives The participants strengthen their technical competence and deepen their knowledge on the basis of typical auditing situations in the context of quality methods, focusing on an effcient approach. Both the assessment of the technically correct application of the respective methods and the case-specifc assessment of typical situations are a central component of the training. Concept and Methods During the training, the technical input on the single Core Tools (RGA / APQP, VDA 2 / PPAP, FMEA, VDA 5 / MSA, Cmk / PpK/ CpK / SPC and 8D) will alternate with work tasks, single and group work exercises on typical examples. The main focus is on the quality methods that are crucial for the German automotive industry. Priority is given to the practical application by the participants. Prerequisites for Attendance Participation in this training requires good knowledge of the Automotive Core Tools. Participants can see which tools are included in the training in the following list of quality methods. In preparation for the training, it is recommended to refresh the expertise with appropriate sources, if necessary: Method list:                                                                                     Advanced Quality Planning /Product Development Process (Source:  VDA Volume Maturity Level Assurance for New Parts (MLA)) Failure Mode and Effects Analysis (FMEA) and Special Characterisitcs (Source:  AIAG & VDA FMEA Handbook and VDA Volume Special Characteristics ) Statistical evaluation of measuring systems (MSA) (Source: VDA Volume 5 – Capability of Measurement Systems) Statistical Process Control (SPC) (Source: VDA Volume 4 - Economical Process Design and Process Control ) Sample processing methods (Source: VDA Volume 2 – Production Process and Product Approval (PPF) ) Control plan  (Source: IATF 16949)                                                       Problem-solving techniques   (Source: VDA Volume 8D – Problem Solving in 8 Disciplines )   Certifcate of Qualifcation After passing the test, the participants will receive a certifcateof qualifcation Duration 2 days