From microelectronics designer to microelectronics smart manufacturing engineer
20 of the 61 essential skills of a microelectronics smart manufacturing engineer are already essential for a microelectronics designer — about 33% of the job, before you learn anything new. It is the closest move from microelectronics designer in the whole taxonomy.
These numbers compare two occupations, not you and a job. What you personally already cover depends on what you have actually done.
- 20
- skills carry over
- 41
- would be new
- 33%
- of the target job covered
- 61
- essential skills of a microelectronics smart manufacturing engineer
What a microelectronics smart manufacturing engineer does
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.
What carries over
20 skillsEssential in both jobs. This is the part of the move you have already made.
- abide by regulations on banned materials
- artificial neural networks
- develop assembly instructions
- draft bill of materials
- electronics
- engineering principles
- environmental legislation
- environmental threats
- integrate new products in manufacturing
- machine learning
- manufacturing processes
- mathematics
- microassembly
- microelectronics
- physics
- prepare assembly drawings
- principles of artificial intelligence
- program firmware
- quality standards
- read engineering drawings
What would be new
41 skillsEssential for a microelectronics smart manufacturing engineer and not for a microelectronics designer. Note that the taxonomy describes activities rather than tools, so some of these may be things you already do under a different name.
- analyse big data
- analyse production processes for improvement
- apply advanced manufacturing
- apply soldering techniques
- apply statistical analysis techniques
- assemble printed circuit boards
- assess the life cycle of resources
- characteristics of waste
- cyber security
- data mining
- data models
- define manufacturing quality criteria
- develop hazardous waste management strategies
- dispose of soldering waste
- electronic equipment standards
- ensure health and safety in manufacturing
- establish data processes
- execute analytical mathematical calculations
- hazardous waste treatment
- hazardous waste types
- industrial engineering
- inspect quality of products
- interpret current data
- liaise with engineers
- manage data
- manage data collection systems
- manage discarded products
- monitor plant production
- nanoelectronics
- perform data mining
- perform resource planning
- perform risk analysis
- production processes
- quality assurance methodologies
- quality assurance procedures
- report analysis results
- set quality assurance objectives
- solder electronics
- statistics
- technical drawings
and 1 more
Other moves from microelectronics designer
2 roles- sensor engineer18 skills in common
- microelectronics engineer17 skills in common
← microelectronics designermicroelectronics smart manufacturing engineer →The other way round
No account needed to start
How far are you from being a microelectronics smart manufacturing engineer?
MyNodes reads your CV once, maps it to this same taxonomy, and shows you which roles you are already closest to and the few skills that would open the most doors. The file is deleted as soon as it has been read.