The thesis presents the development of a test facility for calibration and final inspection of controllers for electric motors. The theoretical part of the assignment describes the structure of the controller, the CAN communication protocol and the plan of the final inspection process. In the research methodology, the definition of specifications is described, the development of the testing facility and software is presented. The test plan is created based on manual test procedures. The test bench is designed to be user-friendly and includes all the necessary hardware and measurement components. The software is developed in the Python programming language and allows the user to control the process, set parameters and save results. Finally, the integrated system is compared with the manual testing method, thus verifying the effectiveness of upgrading from the manual testing system.
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