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Course Criteria
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2.00 Credits
Course Fee: $82 One lecture; two lab. Prerequisite: Successful completion of ASE 152 or permission of division chair or instructor. Compliments ASE 152 and builds upon learned principles required for successful completion of ASE area A8: Engine Performance. Instructional focus includes: fuel performance, air-fuel mixtures, general fuel system diagnosis, fuel tanks, fuel lines and filters, fuel pumps and open/closed loop carburetor theory.
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2.00 Credits
Course Fee: $82 Four lab. Prerequisite: Successful completion of ASE 153 or permission of division chair or instructor. Compliments ASE 153 and builds upon learned principles required for successful completion of ASE area A8: Engine Performance. This is an advanced course in engine drivability and fuel management diagnosis. Instructional focus includes: basic fuel injection theory, Throttle Body Injection, Port Fuel Injection, Sequential Fuel Injection, Central Port Fuel Injection, Diesel Direct Injection, Common Rail Systems, injector service, regulation systems and basic fuel management strategies. Students develop troubleshooting/repair techniques by utilizing structured diagnostic stratagems.
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1.00 Credits
Course Fee: $41 One lecture. Prerequisite: Successful completion of ASE 154 or permission of division chair or instructor. Compliments ASE 151 and builds upon learned principles required for successful completion of ASE area A8: Engine Performance. Instructional focus includes: pollutant causes, evaporative control systems, EGR system operation, PCV system operation, EFE system operation, AIR system operation, catalytic converter system operation, OVR and advanced OVR system operation. Students develop troubleshooting/repair techniques by utilizing structured diagnostic stratagems.
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2.00 Credits
Course Fee: $82 One lecture; one lab. Prerequisite: Successful completion of ASE 255 or permission of division chair or instructor. Compliments ASE 255 and builds upon learned principles required for successful completion of ASE area A8: Engine Performance. Instructional focus includes: OBD-I system standards, system components, system sensors, outputs and actuators, system function, terms, diagnostic scan tools and function testing. Students develop troubleshooting/repair techniques by utilizing structured diagnostic stratagems.
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2.00 Credits
Course Fee: $82 One lecture; two lab. Prerequisite: Successful completion of ASE 256 or permission of division chair or instructor. Compliments ASE 255 and builds upon learned principles required for successful completion of ASE area A8: Engine Performance. Diagnosis and service of advanced computerized engine control systems (OBD-II) and IM240 testing procedures are the main concepts covered. Instructional focus includes: OBD-II and IM240 system standards, drive cycle requirements, system components, system sensors, outputs and actuators, system functions, terms, diagnostic scan tools and function testing. Students continue developing troubleshooting/repair techniques by utilizing structured diagnostic stratagems. Emphasis is placed upon cylinder misfire diagnostics/ service and Enhanced EVAP system concerns.
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2.00 Credits
Course Fee: $82 One lecture; two lab. Prerequisite: Successful completion of ASE 101 and ASE 102. Provides basic theory required for successful completion of ASE area A3: Manual Drive Train and Axles. Instructional focus includes: clutch operation, clutch diagnosis, clutch maintenance, clutch service, basic gear theory, transmission/transaxle design, shift mechanisms, synchronizer theory, power flow, gear ratios, system electrical, fluid service, disassembly and reassembly procedures. Emphasis is placed upon modern repair/replacement practices.
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2.00 Credits
One lecture; two lab. Prerequisite: Successful completion of ASE 260 or permission of division chair or instructor. Compliments ASE 260 and builds upon learned principles required for successful completion of ASE area A3: Manual Drive Train and Axles. Instructional focus includes: CV Joint identification, CV Joint service, U-Joint identification, U-Joint operation, RWD differentials, differential service, diagnosis and inspection, limited slip differential theory, differential disassembly and reassembly procedures.
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1.00 Credits
One lecture. Prerequisite: Successful completion of ASE 261 or permission of division chair or instructor. Compliments ASE 261 and is in direct response of industry needs for technicians trained in Noise/Vibration/Harshness diagnosis and repair. Instructional focus includes: vibration theory, vehicle vibration issues, road/service bay testing, EVA diagnosis, vibration software diagnosis and vibration math fundamentals. Students develop troubleshooting/repair techniques by utilizing structured diagnostic stratagems based upon modern NVH procedures.
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3.00 Credits
Course Fee: $123 Two lecture; two lab. Prerequisite: Successful completion of ASE 101 and ASE 102. Provides basic theory required for successful completion of ASE area A2: Automatic Transmission along with ATRA areas: Diagnostician, R&R Technician and Rebuilder. Instructional focus includes: transmission identification, hydraulic theory, planetary gear theory and operation, torque converter operation, hydraulic governor operation, friction elements, valve body theory, disassembly procedures, inspection procedures and reassembly procedures. Emphasis is placed upon modern repair practices and warranty service issues.
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2.00 Credits
Course Fee: $82 One lecture; two lab. Prerequisite: Successful completion of ASE 271 or permission of division chair or instructor. Compliments ASE 271 and builds upon learned principles required for successful completion of ASE area A2: Automatic Transmission. Instruction focus includes: systems electrical, electronic governor systems, final drives and differential assemblies, electronic diagnosis, road/service bay testing, current issues, five-speed transmission theory, shifting quality issues, CVT theory, performance enhancements, shift quality improvements and aftermarket practices. Students develop trouble-shooting/repair techniques by utilizing structured diagnostic stratagems based upon current OEM/aftermarket procedures.
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