To ensure the technical function of modern motor vehicles, the cleanliness of installed systems and fluid circuits is becoming increasingly important. After individual components are cleaned, many influencing variables and processes may cause parts or assemblies to be recontaminated by functionally critical particles. Determining and evaluating the damage caused by these cleanliness qualities, and selecting effective and low-cost preventive measures and countermeasures, is a comprehensive and responsible challenge. "VDA 19.2 Technical Cleanliness in Assembly Environment, Logistics, Personnel and Assembly Equipment" was launched in 2010 and is the first comprehensive guideline for structural planning or optimization of clean final assembly and adjacent areas. Through this training, learners will be able to take preventive measures and evaluate them according to the cleanliness specifications of parts or systems, avoiding secondary contamination.

• Master and understand the important role of technical cleanliness in assembly
• Application and design requirements for assembly cleanliness
• Assembly cleanliness process control content
• Understanding and requirements of assembly cleanliness testing
• Case analysis related to assembly cleanliness

• Personnel in the automotive industry and supplier management responsible for planning and optimizing production in terms of technical cleanliness, especially final assembly planners and process owners in existing final assembly departments, logistics personnel, building technicians; design engineers and R&D personnel, quality specialists, or persons responsible for maintaining customer and supplier communication understanding on the topic of technical cleanliness; also applicable to aerospace, hydraulic and precision engineering industries

• Background of cleanliness production technology
• Application scope of cleanliness production technology
• Exceptions in cleanliness production technology
• Design concepts of clean production technology
• Design and operation of environmental factors
• Design and operation of logistics factors
• Design and operation of personnel factors
• Design and operation of equipment factors
• Analysis and evaluation of environmental and air cleanliness
• Analysis and evaluation of surface cleanliness
• Analysis and evaluation of liquid cleanliness
• Analysis and evaluation of assembly process cleanliness
• Steps of particle trap testing
• CH4 clean production analysis and inspection
• CH5 clean production design and operation cases