Skills by Occupation

model sensor environmental threats microsensors approve engineering design read engineering drawings electricity principles prepare production prototypes record test data operate scientific measuring equipment perform scientific research test sensors environmental legislation design drawings electronic equipment standards electricity physics electronic test procedures engineering principles design prototypes analyse test data electronics conduct quality control analysis use technical drawing software develop electronic test procedures abide by regulations on banned materials conduct literature research sensors control engineering mathematics adjust engineering designs perform data analysis report analysis results design sensors

biomedical engineering computer engineering building automation use precision tools electrical engineering develop product design use CAD software provide technical documentation maintain safe engineering watches microprocessors train employees apply technical communication skills MOEM create technical plans perform test run mechanical engineering build business relationships optics microelectromechanical systems automation technology consumer electronics define manufacturing quality criteria CAE software environmental engineering draft bill of materials digital camera sensors design firmware perform resource planning microelectronics use CAM software hybrid control systems precision mechanics firmware coordinate engineering teams prepare assembly drawings biotechnology automotive engineering perform project management communicate with customers optoelectronics