Skills by Occupation

mathematics microassembly read engineering drawings microsystem test procedures environmental threats approve engineering design environmental legislation design microelectromechanical systems design prototypes operate scientific measuring equipment conduct quality control analysis physics perform data analysis microelectromechanical systems electricity principles use technical drawing software conduct literature research test microelectromechanical systems analyse test data perform scientific research electrical engineering engineering principles prepare production prototypes abide by regulations on banned materials electricity adjust engineering designs develop microelectromechanical system test procedures design drawings report analysis results mechanical engineering electronics record test data

micromechanics biomedical engineering automation technology apply soldering techniques MOEM use CAD software prepare assembly drawings sensors apply technical communication skills train employees perform project management process customer orders CAE software use CAM software coordinate engineering teams control engineering nanotechnology use precision tools precision measuring instruments draft bill of materials microelectronics computer engineering communicate with customers microsensors maintain safe engineering watches program firmware programmable logic controller perform resource planning optoelectronics microoptics operate precision machinery provide technical documentation build business relationships circuit diagrams quality standards firmware create technical plans define manufacturing quality criteria precision mechanics develop product design assemble microelectromechanical systems semiconductors