Skills by Occupation

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

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