Wire Marker Sensors and transducer elements 3.2 Diagnose faults of Lecture Written exam 10 hours Learn common problems and faults of mechatronics mechatronics and Discussion Practical exam and automation systems automation Demonstration Observation in Identify finding techniques systems Viewing workplace Perform visual inspection techniques multimedia Interviews/ Apply out-of-control action plan (OCAP) on unplanned questioning events or conditions Enumerating fault analysis techniques on different mechatronics and automation devices Electrical Pneumatic/ electro-pneumatic Hydraulic/ electro-hydraulic Classifying different maintenance technique and procedure in faults diagnosis. 3.3 Rectify/correct Lecture Written exam 16 hours Read and familiarize faults in the Discussion Practical exam Product replacement and specifications in mechatronics and Demonstration Observation in mechatronics and automation system automation Viewing workplace Equipment isolation technique and procedures system multimedia Interviews/ Contingency procedures on unplanned events or questioning conditions at fault correction and rectification Performing corrective maintenance techniques on identified faults and errors on advanced PLC and HMI based mechatronics and automation system Performing corrective maintenance techniques on identified faults and errors on mechatronics and automation equipment 3.4 Test the corrected Lecture Written exam 8 hours Apply advanced PLC and HMI mechatronics and mechatronics Discussion Practical exam automation systems operation testing procedures system Demonstration Observation in Draft technical reports especially testing and Viewing workplace commissioning report multimedia Interviews/ Evaluating the pre-maintenance and post-maintenance questioning results or outcome. Distinguishing the final output or outcome of the final stage or station of the system
Wire Marker Sensors and transducer elements 3.2 Diagnose faults of mechatronics and automation systems Learn common problems and faults of mechatronics and automation systems Identify finding techniques Perform visual inspection techniques Apply out-of-control action plan (OCAP) on unplanned events or conditions Enumerating fault analysis techniques on different mechatronics and automation devices Electrical Pneumatic/ electro-pneumatic Hydraulic/ electro-hydraulic Classifying different maintenance technique and procedure in faults diagnosis. Lecture Discussion Demonstration Viewing multimedia Written exam Practical exam Observation in workplace Interviews/ questioning 10 hours 3.3 Rectify/correct faults in the mechatronics and automation system Read and familiarize Product replacement and specifications in mechatronics and automation system Equipment isolation technique and procedures Contingency procedures on unplanned events or conditions at fault correction and rectification Performing corrective maintenance techniques on identified faults and errors on advanced PLC and HMI based mechatronics and automation system Performing corrective maintenance techniques on identified faults and errors on mechatronics and automation equipment Lecture Discussion Demonstration Viewing multimedia Written exam Practical exam Observation in workplace Interviews/ questioning 16 hours 3.4 Test the corrected mechatronics system Apply advanced PLC and HMI mechatronics and automation systems operation testing procedures Draft technical reports especially testing and commissioning report Evaluating the pre-maintenance and post-maintenance results or outcome. Distinguishing the final output or outcome of the final stage or station of the system Lecture Discussion Demonstration Viewing multimedia Written exam Practical exam Observation in workplace Interviews/ questioning 8 hours