Career Overlap Occupation record
RecordJob

Where a microelectronics engineer can go next

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

Microelectronics engineers design, develop, and supervise the production of small electronic devices and components such as micro-processors and integrated circuits.

Also known as microelectronics technology engineering adviser, microelectronic engineering specialist, microelectronic technology engineering expert, engineer of microprocessors, microelectronic technology engineering specialist, micro electronics engineer, microprocessor engineer, micro-electronic engineer, micro electronic engineer, micro-electronics engineer, microelectronic technology engineering consultant, microelectronic technology engineer.

Professionals 106 skills on file 5 career moves 5 above 60% overlap Closest: electromagnetic engineer, 79%

Fig. 2 · Career map 5 nearest · ESCO v1.2.1
electromagnetic engineer 79% covered power electronics engineer 71% covered religion scientific researcher 69% covered computer hardware engineer 68% covered astronomer 67% covered microelectronics engineer You are here
  • 70% and above · short step
  • 50 to 70% · real move
  • Below 50% · substantial retraining
The 5 nearest destinations from microelectronics 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 engineer already covers. All 5 are listed in the tables below.
Table 1

Table 1 · Within reach

Table 2

Table 2 · What the job itself asks for

A microelectronics engineer needs 45 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
  • model microelectronics handling and moving
  • design microelectronics communication, collaboration and creativity
  • process customer requests based on the REACh Regulation 1907 2006 assisting and caring
  • test microelectronics constructing
  • develop electronic test procedures management skills
  • electronic test procedures engineering, manufacturing and construction
  • ensure material compliance information skills
  • microassembly natural sciences, mathematics and statistics
  • abide by regulations on banned materials assisting and caring
  • microprocessors information and communication technologies (icts)
Table 3

Table 3 · Jobs that lead here

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

Index

Look up another occupation

Microelectronics 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 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.