Automotive Service Technology
The Automotive Service Technology certificate program provide students with an opportunity to acquire professional skills and industry certification in all areas of transportation technology. The program is comprised of a hands-on curriculum consisting of 45 credits of automotive and transportation related courses over a span of three semesters.
This program is designed to prepare students in all eight areas of ASE Education Foundation Automotive Certification. Graduates will be able to correctly test, diagnose, repair and adjust as necessary the components in the areas of engine performance, brakes, steering and suspension, electrical/electronic systems, engine repair, heating and air conditioning, automatic transmissions, and manual drive trains & axles. The program is continually updated to provide the theoretical knowledge and “real-world” skills required to service the latest models such as the hybrid, electric and autonomous vehicles.
Upon completion of the program, graduates will be prepared to meet the huge demands for skilled Automotive Technicians, driven by technological advances in the transportation industry.
- 11 months
- Certificate Career Program (45 Credits)
- 1080 hours of total training
- Excellent faculty to student ratio
- Prepares for Student ASE Certification
- NYADI has join forces with industry leaders and is currently offering stackable certification from Mercedes-Benz, Isuzu Trucks, FORD, Fiat Chrysler, Get Ahead, NC3, ALL Data
AT100 – Performance Fundamentals
AT102 – Steering and Suspension
AT105 – Manual Drive Trains & Axles
AT108 – Automotive Electrical Foundation
AT101 – Engine Repair
AT103 – Braking Systems
AT110 – Electrical/Electronic Systems
AT112 – Engine Electronics
AT210 – Fuel Systems
AT208 – Automatic Transmissions I
AT201 – Advanced Undercarriage
AT202 – Advanced Electronic Systems
AT209 – Automatic Transmissions II
AT215 – Climate Control
AT211 – Emission Control Systems
- Master Automotive Technician
- Automotive Service Technician
- Field Service Technician
- Service Advisor
- Industrial Research/Development
- Automotive Machine Shop
- Auto Parts Manager/Owner
- Technical Representative
- Wheel Alignment/Suspension Technician
- Maintenance Technician
- Fleet Maintenance Supervisor/Technician
- Heavy Equipment Maintenance Technician
- Automatic Transmission Technician
- Hybrid Drive Technician
- Engine Repair Specialist
- Suspension and Steering Specialist
- Braking System Specialist
- Electrical/Electronic Systems Specialist
- Heating and Air Conditioning Specialist
The institution is open to all students without regard to race, color, religion, age, gender, creed, origin, sexual orientation, disability or marital status.
- Applicant must be able to read and write English.
- Be at least 18 years of age. Students who are 17 and have not yet reached their 18th birthday will need parental consent.
- Have an initial interview with an Admissions Representative.
- High school diploma or high school equivalency diploma.
Identify Engine Mechanical Problems This course introduces the student to the fundamentals of engine operation. Students will learn to identify engine components and to have a thorough understanding of the four-stroke cycle principle. Once engine operating principles are understood, the student will then learn to properly identify engine mechanical problems and perform pinpoint testing using state-of the-art equipment and diagnostic procedures.
This course provides classroom and laboratory hands-on activities where students gain a thorough understanding of the theory, construction and design of vehicle steering and suspension systems. Topics discussed in this course include tires, wheels, wheel balance, wheel bearings and hubs.
This course provides classroom and laboratory hands-on activities concerning the theory of operation, inspection, construction, diagnosis and repair of clutch assemblies, manual transmissions/transaxles; drive lines, universal joints constant velocity joints and final drive assemblies. Students will learn to identify manual transmission components, explain fundamental operation, understand gear principles and trace power flow. Emphasis will be placed on problems solving and diagnosis of power train malfunctions.
This course combines lecture and laboratory hands-on activities, focusing on the fundamentals of an automobile electrical system. Emphasis will be placed on direct current electricity, basic electrical theory, series and parallel circuits, power distribution, electrical test equipment and the understanding of wiring diagrams.
This course combines lecture and laboratory hands-on activities, focusing on the fundamentals of automotive engine repair and rebuilding. Students will learn how to disassemble, diagnose, measure and repair cylinder heads, engine blocks, pistons and connecting rods, crankshafts and valve trains.
In this course students are provided classroom and laboratory hands-on activities concerning the fundamentals of hydraulics and how it relates to a vehicle’s braking system. Master cylinders and power assist units will be discussed, diagnosed and repaired. Disc and drum brakes will be discussed, diagnosed, serviced and repaired.
This course provides classroom and laboratory hands-on activities where students building on material learned in AT108 Automotive Electrical Foundations use wiring diagrams to examine headlight, taillight, stoplight and turn/hazard light for operation and repair. Students are taught to use advanced diagnostic techniques to diagnose and repair electrical circuits associated with instrumentation, horn systems and wiper/washer systems. Students will learn on modern training aids using factory service procedures.
This lecture/laboratory course utilizes the students’ prior understanding of electrical/electronic principles to better comprehend the complex electronically controlled systems used to monitor engine operation and emission compliance. Additionally students will study the theory of operation, design and problem diagnosis of modern ignition systems.
This lecture/laboratory course begins with the discussion spark ignition engine fuel composition from crude oil to the distillation and compounding of various gasoline grades. Fuel delivery methods including direct injection, port injection and throttle body injection systems as well as carburetors are discussed in great detail with an emphasis of their effects on engine performance
This is a comprehensive lecture and laboratory class which focuses on the operation, diagnosis and repair of automatic transmissions and transaxles. In order to help the student understand how an automatic transmission accomplishes multiple gear ranges, power flow through the transmission will be stressed. The operation of electronic transmission controls will be discussed and diagnostic procedures will be taught and implemented.
This course combines classroom and laboratory hands-on activities concerning the design, construction and operation of the various types of anti-lock braking systems and traction/stability control systems. The student will also learn the principles of front and four wheel alignment and perform wheel alignments using computerized four-wheel alignment machines.
This is a comprehensive lecture and laboratory class which builds on the two previous electrical/electronic courses. Emphasis is placed on the theory, operation, component identification and repair of audio and entertainment systems, power accessories such as power windows and locks, keyless entry, anti-theft systems and cruise control systems.
This course provides classroom and laboratory hands-on activities concerning the inspection, construction, diagnosis and disassembly/assembly of automatic transmissions and trans axles. This builds on the material taught in AT208 Automatic Transmissions I and includes the construction, inspection and rebuilding of apply devices, planetary gear sets, oil pumps, valve bodies and one-way clutches.
This course provides classroom and laboratory hands-on activities concerning the theory and operation of heating and air conditioning systems. Students will learn about heat transfer, temperature/pressure relationships and control systems. Heating, air conditioning and passenger comfort will be looked at using multi-zone automatic climate control trainers.
This course focuses on the electronically controlled systems used to monitor engine operation and emission compliance control devices. Students will concentrate on engine performance, drivability concerns, analysis of system problems, diagnosis of system failures and component test procedures. Students will be able to diagnose emission related inspection failures and to understand PCM strategies.