18 courses with the subject AMST, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
This course covers occupational safety, shop operation procedures, power and hand tools use, shop equipment applications, fasteners, measuring instruments, service literature, general service knowledge, acceptable work habits, industry standards and expectations.
This course teaches the theory and operation of electricity related to the automotive industry, and the use of related testing equipment.
This course covers the fundamentals of internal combustion engine operation, repair and maintenance. The procedures for removal, replacement, diagnosing, rebuilding and assembly. Proper tool and equipment applications, and failure diagnosis are emphasized in this course. The service portion of this course covers the disassembly, diagnosis, measurement, service, assembly and adjustment of engines and components.
This course teaches principles of brakes, hydraulic system foundations, disc and drum brakes, parking brakes, and power assist units. Emphasis is placed on operation, diagnosis, and repair of various types of brake systems. Electronic Anti-lock Brake Systems, Traction Control Systems, and Stability Control Systems are also covered.
This course covers standard automotive and light truck clutches, drive line, differential/4x4, and manual transmission/transaxle. The clutch section includes design, adjustment, overhaul, diagnosis and repair of mechanical and hydraulic systems. The drive line section includes phasing, alignment, and balance. The differential/4x4 section covers the operation designs of various off-road, recreational, and highway vehicles. The manual transmission/transaxle section teaches the operating theory and repair procedures of manual transmissions and transaxles. Basic automatic transmission service is also covered.
This course covers the principles and operation of suspension and steering systems. Steering systems included are steering columns, power assist systems, steering gears, and rack & pinion systems. Suspension systems covered are independent, non-independent suspension, coil spring, leaf spring, torsion bar, conventional shocks, and strut systems. Alignment theory will be covered and 4 wheel alignment procedures will be performed. Advanced suspension systems, electronic ride height, level control analysis and service are addressed. Tire and wheel service will also be addressed.
This course teaches diagnosis and repair of charging and starting systems, interior and exterior lighting, safety devices, body electrical systems, comfort systems, and door, window, & seat control systems. The learner will use wiring diagrams to pinpoint body electrical problems and troubles. Window, door, and seat control service will also be performed. Common vehicle accessories will also be addressed.
This course covers the principles of high performance Transmissions, Differentials and related drive train parts.Students will perform tasks related to ring and pinion set-up, and traction aids. Theory and application of automatic transmissions, and modifications that will include torque converter applications and trans-brakes. High performance manual transmission theory and service will also be covered.
This course covers the principles of different engine performance systems/devices for race and street applications. Systems tested will include fuel systems, intake & exhaust systems, ignitions systems and engine management systems.
This course teaches the principles of air conditioning and its relationship to the heating system. The various types, the diagnosis of malfunctions, testing and repair are studied in the classroom. Practical experience is performed on live systems: recovering, evacuating, component replacement, charging and performance testing of the heating and air-conditioning systems. ntcmn.edu 218.333.6600
This course covers the skills required to perform repairs to the automotive chassis. Using Oxi-Fuel, GMAW & GTAW welding procedures. Plasma cutting, grinding skills, metalworking, basic sheet metal work, tube bending and notching will be covered.
This course will study the many electronic control systems used on today's passenger cars and light trucks. Examples of these systems are fuel injection, fuel delivery, ignition, emissions, engine management, and the second-generation OBD-II strategy. The environmental impact of automobiles will be addressed. Use of service literature is emphasized.
In this course, students will work with scan tools, oscilloscopes, and other test equipment to diagnose the many electronic, and mechanical engine systems used on today's passenger cars and light trucks. Students will also remove and install components related to the following systems: fuel injection, fuel delivery, ignition, emissions, engine management, and the mechanical systems of the automotive engine. Students will compare the results of their diagnoses to the manufacturers specifications and determine necessary repairs. The use of service literature is emphasized.
This course covers the theory of hybrid and electric vehicle systems and their operation. The environmental impact of carbon based fuels will be covered. Manufacturer specific information related to hybrid and electric vehicles and working safely on hybrid vehicles. Other alternate fuel systems will also be covered in this course.
This course will cover principles of automotive diesel engines, combustion chamber designs, injection pumps/injectors, common rail fuel injection and turbocharger operation. Air induction and exhaust treatment systems will also be covered.
This course is designed to provide an opportunity for the student to gain proficiency in dynamometer operation, including software use, vehicle inspection, and properly installing vehicles and engines.
This course covers the basic theory of operation for turbochargers and superchargers. How to service and maintain stock turbo and supercharger systems. High performance forced induction systems will be covered. Related systems will be addressed to ensure safe engine operation with forced induction systems.
This lab course covers the daily operations of an automotive shop. Students will have to work with customers, fill out work orders, diagnosis vehicle systems, and repair vehicle systems to industry standards. The application of commission-based work will be used.
Source: Northwest Technical College's catalog, linked per course · table learning_unit · CourseShelf publish 61
