Skills by Occupation

conduct quality control analysis develop electronic test procedures prepare production prototypes analyse test data monitor manufacturing quality standards mechanical engineering define technical requirements technical drawings control engineering conduct literature research design automation components computer engineering adjust engineering designs perform data analysis electronics perform scientific research robotics mechatronics electrical engineering simulate mechatronic design concepts approve engineering design use technical drawing software follow safety standards in industrial contexts design drawings mechanics gather technical information engineering principles test mechatronic units engineering processes physics automation technology design prototypes mathematics report analysis results develop mechatronic test procedures

hydraulics microelectromechanical systems set up automotive robot install automation components cybernetics telecommunications engineering optoelectronics examine engineering principles build business relationships use CAM software maintain control systems for automated equipment perform test run safety engineering communicate with customers draft bill of materials train employees install mechatronic equipment monitor automated machines pneumatics replace machines CAE software apply technical communication skills develop product design prepare assembly drawings program firmware perform project management write routine reports define manufacturing quality criteria maintain safe engineering watches keep up with digital transformation of industrial processes use CAD software calibrate mechatronic instruments design firmware electromechanics firmware create technical plans provide technical documentation assemble mechatronic units quality standards perform resource planning micromechatronic engineering coordinate engineering teams