Skills by Occupation

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

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