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The course covers EMV operating characteristics, high-voltage safety practices, scanning and identifying data, test procedures, and DTCs, plus diagnostics for HV batteries, relays, inverters/converters, and motor-generators. Learners complete lab-based assignments and tests, practice HV maintenance and component replacement using proper safety procedures, and prepare for the ASE L3 certification exam, culminating in a final exam and 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will students do in the early weeks of the course?","Question",{"text":112,"@type":113},"Students discuss how the course will be presented, complete a pre-test, and review EMV operating characteristics and high-voltage components, supported by reading and lab sheets.","Answer",{"name":115,"@type":110,"acceptedAnswer":116},"How does the course address safety for high-voltage vehicles?",{"text":117,"@type":113},"It focuses on recognizing safety precautions and required equipment for serving high-voltage vehicles, then reinforces safe procedures during lab activities and component replacement.",{"name":119,"@type":110,"acceptedAnswer":120},"What diagnostic and repair topics are covered before final assessment?",{"text":121,"@type":113},"Learners identify data, test procedures, and DTCs unique to EMVs, test HV battery state of charge and health, evaluate charging and power conversion systems, assess motor/generator operation, and perform maintenance and high-voltage component 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| --- | --- | --- | --- | --- | --- |\n| ~~ ~~ 1 |  | 1 | Introduction / Pre test | Discuss how the course content will be presented, how and when assessment will occur, and the requirements for successful completion of this course | Reading,\u003Cbr>Pre test |  |\n|  |  | 2 | Basic EMV review | Review the operating characteristics unique to EMVs.\u003Cbr>Review the high voltage components common to EMVs | Reading, Lab sheets | Lab activity,\u003Cbr>Test |\n| ~~ ~~ 2 |  | 3 | Safety | Recognize the safety precautions and equipment required for serving High voltage vehicles | Reading, Lab sheets | Lab activity,\u003Cbr>Test |\n|  |  | 4 | Scan tools\u003Cbr>and HEVs. | Identify the data, test procedures and DTCs unique to EMVs | Reading, Lab sheets | Lab activity,\u003Cbr>Test |\n|  | 3 | 5 | Batteries | Test HV battery State of Charge and State of Health Recognize DTC’s common to HV battery problems | Reading, Lab sheets | Lab activity,\u003Cbr>Test |\n|  |  | 6 | HV relays\u003Cbr>and Plug-in charging | Understand the operating principles of the system main relays\u003Cbr>Recognize the different types of charging system available and their operating requirements | Reading, Lab sheets | Lab activity,\u003Cbr>Test |\n| 4 |  | 7 | Inverters,\u003Cbr>Convertors and Accessory Systems | Evaluate operation of AC/DC inverter and determine need for repair or replacement Evaluate operation of DC/DC converter and determine need for repair or replacement | Reading, Lab sheets | Lab activity,\u003Cbr>Test |\n| 5 |  | 8 | Electric motorgenerators | Evaluate operation of the motor/generator and determine need for repair or replacement | Reading, Lab sheets | Lab activity,\u003Cbr>Test |\n| 6&7 |  | 9 | HV maintenance and component\u003Cbr>replacement | Recognize and perform some unique maintenance procedures on EMV systems.\u003Cbr>Remove and Replace some common high voltage components following proper safety procedures | Reading, Lab sheets | Lab activity,\u003Cbr>Test |\n| 7 |  | 10 | ASE L3 test prep. | Understand the requirements of the ASE L3 certification test | Reading, Lab sheets | Lab activity,\u003Cbr>Test |\n| 8 |  | 11 | Final Exam |  |  | Test |\n\nNote: The outline above is only an approximation. Some topics will take a bit longer, and the pace of our progress will be adjusted according to the needs and interests ofthe individuals in the class. Such adjustments will include the scheduling of quizzes and lab due dates.","cbCaih9zHKX64d4U","https://ap.wps.com/l/cbCaih9zHKX64d4U","pdf",364818,"English","# Week 1\n## Introduction / Pre test\n## Basic EMV review\n## Safety\n## Scan tools and HEVs\n# Week 2-3\n## Batteries\n## HV relays and Plug-in charging\n## Inverters, Convertors and Accessory Systems\n## Electric motor/generators\n# Week 6-8\n## HV maintenance and component replacement\n## ASE L3 test prep\n## Final Exam","[{\"question\":\"What will students do in the early weeks of the course?\",\"answer\":\"Students discuss how the course will be presented, complete a pre-test, and review EMV operating characteristics and high-voltage components, supported by reading and lab sheets.\"},{\"question\":\"How does the course address safety for high-voltage vehicles?\",\"answer\":\"It focuses on recognizing safety precautions and required equipment for serving high-voltage vehicles, then reinforces safe procedures during lab activities and component replacement.\"},{\"question\":\"What diagnostic and repair topics are covered before final assessment?\",\"answer\":\"Learners identify data, test procedures, and DTCs unique to EMVs, test HV battery state of charge and health, evaluate charging and power conversion systems, assess motor/generator operation, and perform maintenance and high-voltage component replacement.\"}]","2390 Course Outline - Advanced Hybrid Vehicles: Diagnosis and Repair | PDF",1790930614]