microelectronics smart manufacturing engineer
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.
Also called: microelectronics manufacturing professional, microelectronics production adviser, smart production expert, microelectronics technology engineer, microelectronics production supervisor, smart manufacturing engineer, microelectronics manufacturing engineer, engineer of microelectronics technology
- 61
- essential skills
- 27
- optional skills
- 8
- related roles
- 2152
- ISCO-08 group
Where you can go from here
8 rolesOccupations sharing the most essential skills with this one. The number is a count, not an opinion.
- microelectronics materials engineerWhat changes?27 skills in common
- microelectronics designerWhat changes?20 skills in common
- microelectronics engineerWhat changes?12 skills in common
- data analyst10 skills in common
- microsystem engineer10 skills in common
- sensor engineer10 skills in common
- instrumentation engineer9 skills in common
- tooling engineer9 skills in common
Essential skills
61- abide by regulations on banned materials
- analyse big data
- analyse production processes for improvement
- apply advanced manufacturing
- apply soldering techniques
- apply statistical analysis techniques
- artificial neural networks
- assemble printed circuit boards
- assess the life cycle of resources
- characteristics of waste
- cyber security
- data mining
- data models
- define manufacturing quality criteria
- develop assembly instructions
- develop hazardous waste management strategies
- dispose of soldering waste
- draft bill of materials
- electronic equipment standards
- electronics
- engineering principles
- ensure health and safety in manufacturing
- environmental legislation
- environmental threats
- establish data processes
- execute analytical mathematical calculations
- hazardous waste treatment
- hazardous waste types
- industrial engineering
- inspect quality of products
- integrate new products in manufacturing
- interpret current data
- liaise with engineers
- machine learning
- manage data
- manage data collection systems
- manage discarded products
- manufacturing processes
- mathematics
- microassembly
- microelectronics
- monitor plant production
- nanoelectronics
- perform data mining
- perform resource planning
- perform risk analysis
- physics
- prepare assembly drawings
- principles of artificial intelligence
- production processes
- program firmware
- quality assurance methodologies
- quality assurance procedures
- quality standards
- read engineering drawings
- report analysis results
- set quality assurance objectives
- solder electronics
- statistics
- technical drawings
- use specific data analysis software
Optional skills
27- audit techniques
- automation technology
- check quality of products on the production line
- check quality of raw materials
- communicate test results to other departments
- computer engineering
- control engineering
- coordinate engineering teams
- emergent technologies
- integrated circuit types
- investigate security issues
- manage system security
- mechanical engineering
- microelectromechanical systems
- nanotechnology
- non-destructive testing
- operate precision machinery
- operate scientific measuring equipment
- oversee quality control
- perform scientific research
- precision measuring instruments
- provide improvement strategies
- recommend product improvements
- reverse engineering
- use CAD software
- use CAM software
- use precision tools
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How close are you to being a microelectronics smart manufacturing engineer?
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