Skills by Occupation

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

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