Skills by Occupation

approve engineering design design prototypes environmental threats test microelectronics use technical drawing software develop electronic test procedures process customer requests based on the REACh Regulation 1907 2006 electricity principles electricity prepare production prototypes report analysis results conduct quality control analysis abide by regulations on banned materials perform scientific research mathematics physics engineering principles microprocessors design microelectronics electronics adjust engineering designs operate scientific measuring equipment microelectronics electronic test procedures model microelectronics microassembly environmental legislation design drawings electronic equipment standards record test data integrated circuits read engineering drawings perform data analysis conduct literature research ensure material compliance analyse test data

nanoelectronics provide technical documentation design firmware solder electronics apply technical communication skills semiconductors apply soldering techniques create technical plans build business relationships perform resource planning use precision tools CAE software microelectromechanical systems operate precision machinery draft bill of materials design integrated circuits use CAM software install software maintain safe engineering watches perform test run define manufacturing quality criteria integrated circuit types communicate with customers use CAD software microoptics install hardware microsensors perform project management micromechanics MOEM develop product design precision measuring instruments prepare assembly drawings program firmware mechanical engineering firmware coordinate engineering teams consumer electronics train employees