Skills by Occupation

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

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