Description
Microelectronics smart manufacturing engineers design, plan and supervise the manufacturing and assembly of electronic devices and products, such as integrated circuits, automotive electronics or smartphones, in an Industry 4.0 compliant environment.
EssentialOptional
Theoretical Knowledge
quality standardsmachine learninghazardous waste treatmentproduction processescyber securityphysicsmicroassemblyenvironmental threatsquality assurance proceduresartificial neural networkselectronicscharacteristics of wasteenvironmental legislationmanufacturing processeshazardous waste typesmathematicsnanoelectronicsdata modelsengineering principlestechnical drawingsmicroelectronicsstatisticsdata miningquality assurance methodologiesindustrial engineeringelectronic equipment standardsprinciples of artificial intelligenceprecision measuring instrumentsnon-destructive testingemergent technologiesintegrated circuit typesautomation technologymicroelectromechanical systemscontrol engineeringaudit techniquescomputer engineeringnanotechnologyreverse engineeringmechanical engineering
Practical Skills
monitor plant productionmanage discarded productsuse specific data analysis softwareapply soldering techniquesintegrate new products in manufacturingprogram firmwareperform risk analysisdraft bill of materialsdevelop assembly instructionsprepare assembly drawingsdefine manufacturing quality criteriaanalyse production processes for improvementestablish data processesapply statistical analysis techniquesperform resource planningmanage dataexecute analytical mathematical calculationsensure health and safety in manufacturingassess the life cycle of resourcesassemble printed circuit boardsabide by regulations on banned materialsreport analysis resultsinspect quality of productsapply advanced manufacturingliaise with engineersset quality assurance objectivesmanage data collection systemsinterpret current datadevelop hazardous waste management strategiesperform data miningread engineering drawingssolder electronicsdispose of soldering wasteanalyse big datause CAM softwareinvestigate security issuesrecommend product improvementsuse precision toolsuse CAD softwaremanage system securityoperate precision machinerycommunicate test results to other departmentsprovide improvement strategiescoordinate engineering teamscheck quality of products on the production linecheck quality of raw materialsoversee quality controlperform scientific researchoperate scientific measuring equipment