RecordJob

Where a microelectronics smart manufacturing engineer can go next

5 destinations recorded, ranked by how much of the target role a microelectronics smart manufacturing engineer already meets. The closer to the top of Table 1, the less there is to learn.

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 known as microelectronics manufacturing professional, microelectronics technology expert, microelectronics technology engineer, engineer of microelectronics technology, microelectronics production adviser, microelectronics production supervisor, microelectronics productions specialist, microelectronics production engineer, smart production expert, smart manufacturing engineer, microelectronics technology consultant, microelectronics manufacturing engineer.

Professionals 88 skills on file 5 career moves 0 above 60% overlap Closest: microelectronics materials engineer, 55%

Fig. 2 · Career map 5 nearest · ESCO v1.2.1

70% and above · short step
50 to 70% · real move
Below 50% · substantial retraining

The 5 nearest destinations from microelectronics smart manufacturing engineer, each one a link to that move’s record. Distance from the centre is how much retraining the move takes; the figure on each is how much of that role a microelectronics smart manufacturing engineer already covers. All 5 are listed in the tables below.

Table 1

Table 1 · A bigger jump

Possible, but expect real retraining rather than a sideways step.

Table 2

Table 2 · What the job itself asks for

A microelectronics smart manufacturing engineer needs 61 required skills and areas of knowledge. These 10 are the ones fewest other jobs share, so they say the most about the work.

Required skill Area

nanoelectronics natural sciences, mathematics and statistics
dispose of soldering waste handling and moving
artificial neural networks information and communication technologies (icts)
characteristics of waste services
assemble printed circuit boards handling and moving
assess the life cycle of resources communication, collaboration and creativity
manage discarded products management skills
machine learning information and communication technologies (icts)
monitor plant production information skills
establish data processes working with computers

Table 3

Table 3 · Jobs that lead here

The reverse view: occupations whose skills already cover much of what a microelectronics smart manufacturing engineer does. The figure is how much of this job each one brings.

microelectronics materials engineer 47% covered · difficulty 68

Index

Look up another occupation

Microelectronics smart manufacturing engineer is filed under Professionals, ISCO major group 2. The full index lists all ten groups.

Note

How these figures were compiled

Overlap is how much of the target role is already part of a microelectronics smart manufacturing engineer’s work. It is directional: the figure for the reverse move differs. Every entry above opens the full comparison for that move: what carries over, what is missing, and where to start. The full method.