Live Training Season Pass

Year-round training with AVI’s Live Training Season Pass

Live Training Season Pass

The Season Pass offers live training year round. These engaging classroom sessions are designed for auto parts suppliers, industry association or independent shops that are looking for consistent quality training.

Suggested Starting Class Picks

Enhanced Networking Diagnostics
Advanced Testing Strategies
HVAC Operation and Testing

Gasoline Direct Injection Systems
Power Stroke 6.7 Diagnostics
Diagnostic Insights

Hybrid and Electric Vehicle

Electrified Vehicles - Maintenance Services

The service opportunities for hybrid and electric vehicles are increasing for all shops. Fluid service and battery maintenance are critical care items for the longevity of these vehicles. Poorly maintained batteries cause a loss of fuel economy. in this intensive live training course we train on the intricacies of HEV/BEV components, from electric motors and batteries to regenerative braking systems and power electronics. Gain practical insights into the specialized maintenance requirements unique to these vehicles, including battery management and thermal management systems. Understand the critical role of oils and coolants in maintaining optimal vehicle performance and longevity, and learn to identify and rectify common technician errors that can impact vehicle efficiency and safety. Equip yourself with essential knowledge of correct power down and procedures during repairs to ensure safety and prevent damage to sensitive electronic components. Whether you’re new to electric vehicle maintenance or looking to deepen your expertise, this course provides hands-on experience and expert guidance to prepare you for the growing opportunities in the HEV/BEV maintenance sector..

Topics/Objectives

Describe common HEV-BEV components
Explain the maintenance needed on HEV-BEV’s
Understand the importance of oils and coolants
Determine common mistakes Technicians may make
Determine correct power down procedures based on repair

Hybrid and EV Drivetrains

This class covers the many different transaxle/drive axle designs that are on the market today. It is also meant to reveal that the inside of these transaxles is not scary, and most are very simple. We will cover power flow, gear reduction, and how torque is multiplied. In the first portion of this class, we will cover the torque and horsepower of electric motors and how it varies from gasoline engine designs. We will also cover why electric motors lose their torque with RPM. We will start with simple BEV gear trains and migrate to more sophisticated systems as we go. We hope that you will appreciate the knowledge we have presented throughout the class by taking some time to explain the concepts.

Topics/Objectives

• Determine power flow in various transaxle designs.
• Perform total gear ratio calculations.
• Examine horsepower & torque charts .
• Observe the results of back EMF .
• Identify proper motor testing techniques.
• Perform the park lock release procedure.

Hybrid & EV Test Tools

This Hybrid and EV Tools course will provide technicians with a comprehensive understanding of the operation of six essential diagnostic tools for troubleshooting and servicing electric and hybrid vehicles. These tools include:
Milli-Ohm Meter
Insulation Resistance Tester (Mega-Ohm Meter)
Cat III 1,000V DVOM
Fluke Proving Unit
2-Pole Voltage & Continuity Tester
Fluke 1503 Insulation Tester
This course examines the proper use and inspection of personal protective equipment, including electrical safety gloves. In addition to presenting each tool, Hybrid and EV Tools gives specific application demonstrations for each tool with real world scenario diagnostic tests. Each tool is demonstrated in an application relating to Electric and Hybrid vehicles and how you can use your tools to be safe, efficient and fix the cars correctly.

Topics/Objectives

Identify tools used in HEV-BEV testing
Perform specific test on HEV-BEV components
Select the correct tool for testing
Calculate total capacitance of a capacitor bank
Examine motor test results
Determine meter and testing equipment safety requirements

Hybrid & Electric Vehicle AC Systems

This course will cover the design, operation, and testing of A/C systems on hybrid and electric vehicles. These systems can come in many forms of compressor drive from belt only, belt/electric combination to full electric in either AC or DC voltage supply. A condensed discussion of the refrigeration cycle will be included. Operation, testing, and diagnostics of these systems will be the bulk of the course time..

Hybrid Motors and Inverters

Enhance your knowledge of electric and hybrid vehicles with this comprehensive course. Learn the intricacies of HEV vehicle electronics by exploring the operation of inverters and understanding the fundamental workings of Insulated Gate Bipolar Transistors (IGBTs). Gain proficiency in analyzing inverter voltage and amperage waveforms, as well as measuring high voltage systems for isolation faults and evaluating capacitors. Develop expert-level skills in diagnosing DC-DC converters through structured diagnostic planning, and distinguish between buck and boost operations. Hands-on sessions will equip you to perform thorough testing on high voltage contactors, ensuring mastery of critical components in modern automotive electrification

Topics/Objectives

Describe the operation of an inverter
Define how an IGBT functions
Analyze inverter voltage and amperage waveforms
Measure the high voltage system for isolation faults
Evaluate capacitors
Develop a diagnostic plan for DC-DC converters
Determine the difference between buck and boost
Perform testing on high voltage contactors

Three Phase Motors

This live training course provides a thorough understanding of three-phase automotive motors, covering essential aspects from identification of motor components to advanced diagnostic techniques. Participants will learn to identify all parts of a three-phase motor, differentiate between permanent magnet and induction motor operations, and evaluate motor windings using specialized equipment. The course also explores the interaction of three-phase motors with gear trains and equips learners with the skills to analyze motor and bearing failures. By the end of this training, participants will gain practical insights and proficiency in troubleshooting and maintaining automotive motors effectively.

Topics/Objectives

Identify all parts of a three-phase motor
Differentiate the operation between permanent magnet motor & induction motor
Identify the interaction of three phase motor with gear train
Evaluate motor windings using specialized equipment
Analyze motor and bearing failures

Battery Technology

Explore the intricate world of high voltage electric vehicle (EV) batteries in this comprehensive training course. Gain a deep understanding of battery design principles, focusing on Nickel-Metal Hydride (NiMH) technology, including the structure of cells, modules, and sections in series. Master safety protocols crucial for high voltage battery testing and learn to interpret scan data effectively to distinguish between healthy and faulty cells. Hands-on exercises will equip you with the skills to perform testing, balancing, and reconditioning procedures on NiMH batteries, ensuring optimal performance and longevity in EV applications.

Topics/Objectives

Describe the basic design of a NIMH battery
Determine correct safety practices for high voltage battery testing
Define how battery cells, modules, and sections are series together
Analyze scan data to determine good and bad cells
Perform testing-balancing-reconditioning on NIMH batteries

Motors & Power Management

Elevate your expertise in electric and hybrid vehicles with our immersive, hands-on training course designed for automotive professionals. This comprehensive program takes you deep into the heart of HEV technology, where you’ll master the critical components that power modern vehicles.
Gain a solid grasp of inverter operations and the role of Insulated Gate Bipolar Transistors (IGBTs), while honing your skills in analyzing voltage and amperage waveforms. You’ll also learn to diagnose DC-DC converters with confidence, distinguish between buck and boost operations, and perform essential tests on high voltage systems—all crucial for ensuring vehicle safety and performance.
But we don’t stop there. This course also provides in-depth training on three-phase automotive motors, from identifying every motor component to advanced diagnostics. You’ll learn to differentiate between permanent magnet and induction motors, evaluate motor windings, and tackle motor and bearing failures with ease. Plus, explore how these motors interact with gear trains to ensure seamless vehicle operation.
By the end of this course, you’ll be equipped with expert-level skills to troubleshoot and maintain the critical electronics and motors that drive today’s cutting-edge automotive technology. Don’t miss this opportunity to stay ahead in the rapidly evolving world of vehicle electrification.

Topics/Objectives

Air Conditioning Service

Expand your service offerings to include electric and hybrid vehicle air conditioning (AC) systems with this dynamic live course. Gain a comprehensive understanding by identifying all components of the AC system and delving into the theory of AC operation. Learn to correlate temperature with refrigerant pressure and categorize various compressor types utilized in hybrid and battery electric vehicles (HEV/BEV). Hands-on demonstrations will enable you to conduct precise gauge and temperature testing, enhancing your diagnostic prowess. Additionally, discover the strategic placement of inverters within HEV/BEV setups, ensuring you’re equipped to tackle AC system challenges with confidence and expertise.

Topics/Objectives

Identify all components of AC system
Describe theory of AC operation
Compare temperature to refrigerant pressure
Categorize compressor types
Perform gauge and temperature testing
Identify inverter location on HEV/BEV

Hybrid and Electric Vehicle Manufacturer Specific

Tesla Service & Repair

AVI’s Tesla Training Class is designed exclusively for automotive technicians seeking expertise in servicing Tesla vehicles. This comprehensive course equips you with the essential skills and knowledge to handle Tesla’s advanced technology effectively. Learn to navigate and utilize Tesla’s comprehensive service information resources, ensuring access to accurate repair procedures and technical specifications. Master proper shutdown and isolation procedures specific to Tesla vehicles, essential for ensuring technician safety and preventing electrical hazards. Gain an in-depth understanding of Tesla’s self-driving hardware and software, including sensors, cameras, and autonomous driving capabilities. Explore how to select and utilize scan tools to access and interpret data Parameter IDs (PIDs), enabling thorough diagnostics and troubleshooting. Practice procedures for jump-starting a Tesla vehicle with a dead 12-volt battery, understanding the unique considerations and safety protocols involved. Analyze the operation of three-phase motors and high-voltage batteries used in Tesla vehicles, gaining insights into their performance characteristics and maintenance requirements. Identify Tesla charge port terminals and understand the various charge voltage options available, essential for safely and efficiently managing vehicle charging. By the end of this course, you will be equipped with the specialized skills and confidence needed to service Tesla vehicles competently, ensuring customer satisfaction and enhancing your career in automotive technology.

Topics/Objectives

Locate and use service information
Identify proper shut down and isolation procedures
Gain understanding of self driving hardware and software
Select scan tools and obtain data PIDS
Jump starting a vehicle with dead 12-volt battery
Analyze three phase motors and high voltage batteries
Identify charge port terminals and charge voltage options

GM Electric and Hybrid Vehicles

This live training presentation on GM Electric and Hybrid Vehicles offers an in-depth exploration into the cutting-edge technology and safety practices essential for working with these advanced automotive systems. Participants will gain critical knowledge on determining the correct safety practices for high voltage testing, ensuring a secure and compliant working environment. The course will thoroughly examine the distinct differences between the drivetrains of the GM Bolt, Blazer, and Volt, providing a comprehensive understanding of their unique engineering and performance characteristics. Additionally, attendees will learn to describe the operation of an inverter, a key component in the power conversion process of electric vehicles.

Furthermore, the training will delve into the functionality of Insulated Gate Bipolar Transistors (IGBTs), highlighting their crucial role in electric vehicle systems. Participants will be equipped with the skills to measure high voltage systems for isolation faults, ensuring the integrity and safety of these systems. The course also includes an overview of the specialized tools used in Hybrid Electric Vehicle (HEV) and Battery Electric Vehicle (BEV) testing, offering hands-on demonstrations to reinforce learning. This comprehensive training is designed to empower automotive professionals with the knowledge and skills necessary to excel in the rapidly evolving field of electric and hybrid vehicles.

Topics/Objectives

Determine correct safety practices for high voltage testing
Determine the differences between Bolt, Blazer, and Volt drivetrains
Describe the operation of an inverter
Define how an IGBT functions
Measure the high voltage system for isolation faults
Identify tools used in HEV-BEV testing

Chevy Bolt

The Chevy Bolt EV was introduced in 2017. There is also another Chevy Bolt that is called The Bolt EUV. Both vehicle powertrains are the same and are becoming more and more common on the road as an affordable EV. The Chevy Bolt technology started with what GM learned developing the Chevy Spark

Chevrolet Blazer EV Technology

Jump into the innovative world of the new electric-powered Chevy Blazer in AVI’s live training course designed for automotive professionals. This course focuses on the safe handling of high-voltage systems, equipping you with essential safety practices for conducting high-voltage testing and ensuring technician safety and compliance. Explore the cutting-edge features of the Chevy Blazer’s electric powertrain, including identifying the most common charge connectors used for electric vehicle charging. Gain a comprehensive understanding of inverter operation and the functions of Insulated Gate Bipolar Transistors (IGBTs) crucial to the vehicle’s electrical system. Learn to measure the high-voltage system for isolation faults, using specialized tools and techniques to maintain system integrity and reliability. Discover the tools and equipment essential for HEV/BEV testing, from diagnostic scanners to specialized meters, empowering you to effectively diagnose and troubleshoot electric vehicle systems. Whether you’re new to electric vehicles or expanding your expertise, this course provides practical knowledge and hands-on experience essential for servicing the new electric-powered Chevy Blazer and advancing your career in automotive technology

Topics/Objectives

Nissan Leaf

Learn specific Ev Technology on the Nissan Leaf with in-depth discussion on computer strategies and scan data interpretation, including battery testing, charging and maintenance. Learn proper safety; and develop a diagnostic process specific to electric vehicles.

Topics/Objectives

Toyota 4th Generation Service & Repair

Learn about the advanced technology of fourth-generation Toyota vehicles in this comprehensive live training course tailored for automotive technicians. Focuses primarily on the changes to the drivetrainLearn and practice essential safety protocols specific to hybrid systems, including high-voltage safety, battery handling procedures, and emergency response techniques. Gain proficiency in identifying and utilizing factory scan data functions crucial for diagnosing and troubleshooting complex hybrid vehicle systems. Explore the intricate torque distribution paths originating from both the gasoline engine and electric motors, understanding their synergistic roles in optimizing vehicle performance and fuel efficiency. Gain a deep understanding of the operation principles behind three-phase motors, inverters, and DC-to-DC converters, essential components in hybrid powertrains. Through practical hands-on sessions, develop the skills necessary to conduct thorough testing and diagnostics on hybrid components, ensuring accurate assessments and effective maintenance practices. Equip yourself with the expertise needed to confidently service and repair fourth-generation Toyota Prius hybrids, mastering the forefront of automotive technology and enhancing your career capabilities in hybrid vehicle maintenance.

Topics/Objectives

Toyota Sienna Hybrid

The Toyota Sienna hybrid has evolved substantially over the years. This training will provide you with the latest updates on the Sienna’s advanced systems including the predictive HV Battery State-Of-Charge technology. You will also learn about the GTS Toyota scan tool as well as essential tools and procedures for diagnosing electrical issues related to the battery, inverter and motor generators. Essential safety protocols as well as routine maintenance items are also covered.

Topics/Objectives

Develop good safety practices that apply to hybrids
Identify factory scan data functions
Determine torque paths from engine and electric motors
Understand how three phase motors, inverters, DC-to DC converts operate
Perform testing on hybrid components

Ford Lightning

Topics/Objectives

Recognize the Personal Protection Equipment needed and understand the correct procedures and applications.
Learn about how the low voltage system interacts with the high voltage systems.
Learn about how high voltage systems operate. This will include a deep dive on inverters, battery technology, 3 phase motors and more.
Learn how to quickly and effectively diagnose no starts and other concerns with EVs.
Learn about charging infrastructure, on board chargers, charging cables, and more.
Learn about the differences in electrified air conditioning systems.

Ford Mach-e

Ford Mach E – This platform uses cutting edge technology, are you ready. AVI’s Mach-E course will explain how to navigate these cars with in-depth discussion of computer strategies and scan data interpretation, including battery testing, charging and maintenance. Learn proper safety; and develop a diagnostic process specific to electrified vehicles.

Topics/Objectives

Diesel

The training ASE A9 provides technicians with the knowledge and know-how to successfully take and pass the ASE light vehicle diesel certification exam. Topics/Objectives

Cylinder Head Lubrication, Cooling, Fuel and Valve Train Diagnosis and Repair

Engine Block Diagnosis, Repair and Cleaning
Lubrication And Cooling Systems Diagnosis and Repair
Air Induction and Exhaust Systems Diagnosis and Repair

Duramax Diagnostics

Comprehensive training covering PMI as well as common faults including servicing the low- and high-pressure fuel system, air induction system along with revised emission components plus much more. This program teaches diagnostic procedures and component testing techniques to keep these engines running with optimal performance.
NOTE: DLB Training content is also available with this course depending on the vehicle application.

Diesel Fuel System

This course covers diesel fuel system testing on . If your shop is experiencing comebacks related to diesel fuel or you find yourself replacing pumps and injectors without resolving driveability issues, you need to take this course. We will cover correct diesel fuel testing in great detail as well as the pumps, filters and associated components and plumbing that comes together to make the system work. We will show you some tools and diagnostic techniques that make the testing safe, accurate, and easy. We will cover fuel supply testing to lift pumps and high-pressure pumps. Step by step testing, diagnostics, and repairs will be discussed.

Topics Covered:
Diesel Fuel Systems
Fuel Filter Assemblies and updates
Supply and return systems
Fuel Testing tools
Asphaltenes and other fuel contaminants

Course Objectives:
Upon completion participant will be able to:
Discuss the many aspects of proper diesel fuel system testing
Verbalize the steps to properly test the suction side fuel system
Review how to properly test low side fuel systems

Power Stroke 6.7 Diagnostics

Elevate your skills and join us for an intensive, hands-on training workshop focused on diagnostic and repair techniques for Power Stroke, Cummins, and Duramax diesel systems. This workshop provides essential hands-on training and practical techniques needed to diagnose and repair these systems efficiently.

In our Hands-On Cummins, Duramax and Power Stroke Diagnostics Workshop we bring a variety of training props. Our instructors are the best of the best with working knowledge of the entire system. This Master Diesel course we bring the entire engine to be disassembled and diagnosed. The Fuel System will be discussed in detail. Fuel quality is a major concern causing Drivability issues. Perform safe, accurate, and easy fuel testing in class. We will cover fuel supply to lift pumps and high-pressure pumps.

Diagnosing hard start and no start conditions can be a difficult challenge. Develop a proven process when testing drivability issues. Reduce your diagnostic time and prevent unneeded parts replacement. Understand the cause and its effect on the entire system. DPF and SCR issues can be hard to diagnose and repair. The DPF and SCR systems are two separate systems but can affect each other, and this part of the class we will take you through information and procedures to solve complaints involving SCR/DPF related issues.

Learn Diesel Computer Strategies when using your Scan Tool for Engine Performance issues. Get the most out of your Scan Tool. An in-depth discussion on features and functions to help determine in which system where the problem originates.

Topics/Objectives

Develop a solid diagnostic strategy for diagnosing mechanical engine failures. You will understand the importance of the disassembly and assembly process of the 6.7 Power Stroke engine.

Verbalize the steps to properly test the suction side fuel system

Review how to properly test low side fuel systems

Review how to properly test the high pressure fuel system.

No start Causes

Preventing unneeded parts replacement

Servicing the no start cause and its effects

Fuel testing

Fuel return testing

Electrical concerns

Define UREA testing

Understand DEF system operation

Cummins 6.7 System Diagnostics

Learn about what’s new with 6.7 Cummins engines as of 2019. This course will cover key areas that were changed, and what makes diagnosing and servicing them different along with the performance and durability improvements provided by these changes. We will also take a deep dive into the fuel systems and what to watch out for concerning high-pressure pump and injector failures. This course will also cover valvetrain, emissions systems, and turbocharger concerns.

Topics/Objectives

Identify the upgrades to the Cummins engine
Recognize problems associated with diesel fuel
Evaluate the complete fuel system including injector testing
Evaluate critical sensors operation
Identify turbo & EGR problems
Analyze SCR system for proper operation

Cummins Insite Scanner

This course demonstrates the key features of Cummins Insite and QuickServe and how to use them to efficiently diagnose and repair Cummins diesel engines. Cummins Insite performs engine diagnostics and displays electronic engine information on your PC. Insite provides the tools needed to assist in properly and efficiently diagnosing heavy diesel engine performance faults. You will see how to use Insite to perform after-treatment diagnostics, bi-directional tests, ECM calibration, and many other tests used across multiple engine systems. You will also learn the features of Cummins QuickServe. QuickServe provides specific diagnostic information including step-by-step maintenance procedures, wiring diagrams, TSBs, tools, fault code search as well as parts lookup and ordering plus much more.

Engine Performance

Ford Engine Performance

Course Description: Ford systems have changed over the years leaning toward turbocharged vehicles with dual fuel systems. New technology requires training. This class will cover Ford’s new cloud-based scan tool along with the new J2716 SENT sensor protocol. We will also explore variable cam timing systems and the inherent problems they present. We will discuss new issues arising in cam and crank signal testing and dive into the triple spark ignition systems.

Topics/Objectives

GM Engine Performance

Discover the cutting-edge world of General Motors Diagnostics with our General Motors Diagnostics course. This course provides the knowledge and skills you need to excel in diagnosing and repairing GM vehicles. Master the GM Global Diagnostic System (GDS) scan tool and learn to navigate its advanced features for efficient vehicle troubleshooting. Identify common engine problems quickly and accurately, and gain proficiency in essential transmission procedures to ensure optimal vehicle performance. Stay ahead in the industry by recognizing new sensor technologies and understanding their applications in GM vehicles. Enhance your diagnostic capabilities with a focus on brushless low-pressure fuel pumps, equipping yourself to handle complex fuel system issues.

Topics/Objectives

Describe the use of GDS scan tool
Identify common engine problems
Identify important transmission procedures
Recognize new sensor technology
Diagnose brushless low pressure fuel pumps

Chrysler Engine Performance

Description coming soon.

Catalyst Efficiency, Misfire, and EGR Systems

This comprehensive live course is designed for automotive service professionals seeking to deepen their understanding of EGR misfire and catalyst diagnostics. Participants will learn to:

Define What a Misfire Is: Gain a clear understanding of what constitutes a misfire and its impact on vehicle performance.

Identify Possible Misfire Causes: Explore the various causes of misfires, including ignition system failures, fuel delivery issues, and mechanical problems.

Identify Misfire Tools: Learn about the essential diagnostic tools and equipment used to detect and analyze misfires.

Identify EGR System Components: Understand the components of the Exhaust Gas Recirculation (EGR) system and their functions in emission control.

Analyze EGR NOx Failures: Delve into the common causes of EGR-related NOx emissions failures and learn diagnostic strategies to address them.

Interpret Catalyst Mode 6 Test Results: Acquire skills to interpret Mode 6 data for catalyst efficiency and identify potential issues.

Analyze O2 Sensor Operation: Learn to analyze oxygen sensor data to ensure proper engine and emission system performance.

This course combines theoretical knowledge with practical diagnostic techniques, providing attendees with the skills necessary to effectively diagnose and repair EGR misfire and catalyst-related issues.

Topics/Objectives

Describe the use of GDS scan tool
Identify common engine problems
Identify important transmission procedures
Recognize new sensor technology
Diagnose brushless low pressure fuel pumps

Drivability Diagnostics with Launch Scan Tools

Gasoline Direct Injection (GDI) engines covers the unique characteristics of these systems compared to traditional port fuel injection (PFI) and the specific diagnostic and maintenance challenges they present.

Electrical, Scope and Scanners

Networking Diagnostics

Effectively diagnosing C.A.N./C.A.N. FD concerns poses a significant challenge. This intensive hands-on course offers unparalleled coverage of the design, operation, and testing of C.A.N. FD systems with AVI’s exclusive Networking Training Aid. Guided by expert instructors, AVI’s Advanced Networking Diagnostics workshop provides the solutions you need to diagnose the C.A.N. FD system efficiently.

Topics/Objectives

Decode C.A.N. Communications
Analyze Transceiver Operation
LIN Mapping
Understand automotive Ethernet Protocols
Understanding the Functions of STAR and Loop Configurations in Modern Network Systems
Properly Repair Twisted Pair Wiring
Interpret C.A.N. Labscope Waveforms
What You’ll Learn:

Identify different network types:

Understand the differences between C.A.N. & C.A.N. FD Systems.

Advanced Diagnostics:

Learn the best network testing method and correct equipment required to diagnose network functionality.

Comprehensive Systems Understanding:

Learn a troubleshooting approach to simplify complicated network systems.

Drivability Diagnostics with Launch Scan Tools

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ASE A-6 Electrical Electronics

Description coming soon.

Electrical Fundamentals

This comprehensive session will provide the entry level teammates with the core skills that will allow them to develop into a skilled A-level technician in the future. Practical hands-on training will be performed by the teammate on electrical testing training aids. All learning will be reinforced with hands-on exercises. Electrical testing boards for hands-on testing will be provided during class.

Topics/Objectives

Recognize the Personal Protection Equipment needed and understand the correct procedures and applications.
Gain confidence in how best to utilize your multimeter and apply its different functions.
Read and interpret Schematic Diagrams
Perform real world testing and learn use the results as part of a diagnostic strategy.
Understand the benefits of performing voltage drop testing versus open circuit resistance testing.
Use Ohm’s law to identify component level failures and describe where it falls short.
Apply electrical theories to identify component level failures.

Electrical Diagnostic Strategies

For technicians with a good grasp of basic electrical concepts and principles, this training will amp your skills up to a higher level. Building on the foundations of our entry level electrical course, this intermediate level electrical training goes into greater detail and applies more sophisticated diagnostic processes to complex circuits found on modern vehicles.

Topics/Objectives

Recognize the Personal Protection Equipment needed and understand the correct procedures and applications.
Use schematic diagrams to identify specific components
Identify circuit requirements
Explain current flow
Identify testing differences between series and parallel circuits
Select different methods of measuring current flow
Perform volt drop testing on circuits

Modern Lighting Systems

Headlights have been a part of automobiles back to the beginning when lanterns were used as headlights. Headlights serve one main purpose which is to illuminate the road. Headlight bulbs have evolved from simple filaments to complex HID, LED, and laser designs. Headlights must provide enough light at highway speeds to ensure the safety of the driver but at the same time cannot blind oncoming traffic. Nanotechnology has led to LED micromirror designs that were not possible in the earlier years of the automobile. This course will explore new headlight designs, and break down the differences between Candelas, lumens, watts, Kelvin, and pixels. This course covers generic headlight aiming procedures and DOT regulations. We have also included a section on headlight control systems which illustrates the complex design used in late model vehicles.

Topics/Objectives

Introduction to Lab Scopes

In this hands-on course, you will learn how to set your scope to capture the signals you will use to diagnose faults in today’s cars. From gathering preliminary baseline signals to deep diagnostics with pressure waveform we will teach you the processes required to be successful with your scope. We encourage you to bring your lab scope to use in class. Learning how to diagnose with your tools is the best way to learn! Accelerate your automotive diagnostic skills with our Automotive Lab Scope Diagnostics course. Dive into the world of oscilloscopes and learn to interpret waveforms for pinpoint accuracy in identifying vehicle issues. Explore hands-on exercises and real-world case studies to master the art of using lab scopes for quick and efficient troubleshooting. This course empowers you to elevate your diagnostic prowess, making you indispensable in the rapidly evolving field of electrical automotive technology.

Topics/Objectives

Gain confidence in how best to utilize your lab scope and all of its different functions.
Use schematic diagrams to identify components and apply how they relate to complex systems
Perform real world testing and learn what the results mean.
Learn about all the different systems you can test with your lab scope and what good waveforms look like compared to faulty ones.
Become familiar with pressure transducers and all of their applications.
Understand how and when to integrate lab scope usage into your diagnostic routines.

Advanced Lab Scope Testing Techniques

Topics/Objectives

ASE A-7 Air Conditioning & Heating

A/C - 609 Certification

This live 4-hour instructor-led course will educate the automotive air conditioning technician on the new trends in both systems and refrigerants and the diagnostic tools and techniques needed to repair today’s advanced A/C systems.

A heavy emphasis will be placed on automatic temperature control systems, R-1234yf, and advanced procedures and tools, pressure gauges, reclaimers/recyclers, and thermal imaging cameras

Topics/Objectives

A/C System Evolution
Advanced Pressure Gauge Usage
New Uses for Scan Tools in A/C Diagnostics
PIDs and the Automatic Temperature Control System
Advanced Leak Detection
R-1234yf and Legacy Refrigerants
A/C Diagnostics Using Thermal Imaging
New A/C Components Such As Plastic Pressure Lines and “Line in Line”

GM Engine Performance

Topics/Objectives

Describe the use of GDS scan tool
Identify common engine problems
Identify important transmission procedures
Recognize new sensor technology
Diagnose brushless low pressure fuel pumps

Electrified Vehicles - Air Conditioning Service

Topics/Objectives

School Bus Systems - HVAC

School buses have to maintain a climate that is safe and comfortable for the travelers.. In some states, A/C is only mandated for special needs buses, but with high temperatures and humidity during much of the school year, more and more buses are equipped with A/C. Depending on their size, buses may have multiple, independent A/C systems installed side by side or in other configurations. Effectively servicing school bus HVAC systems relies on quality training. This full day, hands-on training will show you the components that make up a school bus HVAC system how to readily diagnose and service them. You will learn to troubleshoot systems and spend time on school bus HVAC systems and apply procedures used to keep them operating properly.

Cooling Systems and Coolants

Vehicle functional requirements, emission regulations, and performance all impact on the cooling systems. Severe climates, disrupted air or water flow, and coolant routing present unique challenges to technicians servicing vehicle cooling systems. This course introduces the components, diagnostics and service that affect cooling system operation and performance. .
The goal of this course is to introduce technicians and service personnel to the basic principles of cooling systems for light and medium duty vehicles. Participants will learn about components that are directly and indirectly related to coolant flow, system pressure, fans, radiators, heater cores, closed loop thermal recirculation, and overall system performance. Basic concepts will be reinforced with examples and a cooling performance calculation of a typical automotive cooling system.

Topics/Objectives

By participating in this course, you’ll be able to:
Understanding the relationship of the cooling system and efficient engine operation
Identifying design and functional features of individual cooling system components
Discuss various types of cooling fluids and the use in associated vehicles
Identifying maintenance procedures applicable to cooling systems
Diagnose cooling airflow issues
Describe radiator/ heat exchanger operation sizing and factors that influence thermal effectiveness and performance.
Diagnose heater core failure and describe procedures to repair
Troubleshoot electrical issues related to the operation of a cooling system
Explain the impact of coolant system issues to closed loop and ignition system operation
Diagnose cooling system issues using pressure testing.
Diagnose thermostat and water pump failure
Perform transmission and A/C diagnostics to verify proper cooling system operation

Live Training Season Pass​