Welcome to AutoAdvisor Training. Your Road to Automotive Expertise
Get Started Today...
Need to train your team?
Choose your training packs below
Choose your training packs below
Electronics and electrical components play a central role in the functioning of electric circuits. Resistors, diodes, LEDs, thyristors, transistors, and microcircuits are ubiquitous in the automotive industry. A mechanic must grasp the functionality of these components and circuits to effectively troubleshoot vehicle systems.
Throughout this course, you will become acquainted with electronic components, their characteristics, and their practical applications.
Through detailed animations, you will gain control over component functions and comprehend their effects, such as adjusting the brightness of a light bulb or determining its illumination duration.
In the final part of this module, you will explore typical electronic circuits. These circuits enable you to create various sensor setups, mitigate voltage fluctuations, amplify weak control signals to power actuators, or introduce delays in component functions.
As vehicles’ electrical systems become increasingly complex and programmable, mechanics encounter a multitude of connection types and electronic implementations during troubleshooting.
This training module provides knowledge that extends beyond automotive technology, making it widely applicable in various contexts.
Electrical engineering is often a component of physics studies; however, theoretical knowledge alone may not equip you with the practical skills needed to utilize this expertise effectively. This comprehensive learning module is designed to bridge that gap, offering all the knowledge and skills required for practical application.
The course further delves into essential electrotechnical variables, covering the basics of voltage, resistance, current, and power. You will comprehend the significance of these figures in electrical engineering, grasp their practical implications, and apply them effectively.
Through practical examples and mathematical applications, this training module guides you towards a true understanding of electrical engineering, emphasizing its practical application.
When it comes to working on a vehicle’s tyres and performing seasonal tyre changes, it’s imperative to possess a deep understanding of the technical aspects of tyres and wheel rims. Furthermore, you need to be equipped with the requisite skills for thorough inspection and efficient mounting and dismounting processes. Additionally, the ability to provide customers with sound advice on safe operation and follow-up procedures is crucial. A well-trained tyre and wheel professional ensures the vehicle’s tyres and wheel rims provide trouble-free service.
Distinguishing between static wheel imbalance and dynamic wheel imbalance is vital knowledge. This course delves into the nuances of checking wheel balance and equips you with the skills needed to ensure your customers are satisfied with the service provided. You will also become well-acquainted with tyre changing machines, wheel balancing machines, and other specialized tools essential for the job.
This training commences by imparting knowledge about tyre characteristics and the specific requirements they entail. Similarly, it covers the characteristics and demands associated with wheel rims. You will acquire the proficiency needed to conduct comprehensive inspections of both tyres and rims, ensuring their optimal condition.
The course then transitions into the correct and secure procedures for wheel and tyre changes, equipping you with the skills to execute these tasks efficiently. tyre-related work, including mounting and dismounting, is also addressed in detail.
Wheel balancing, a critical aspect of tyre and wheel maintenance, is thoroughly explained. You will become proficient in achieving the precise balance required for safe and smooth vehicle operation.
Do you understand the distinctions between indirect tyre pressure monitoring systems and direct tyre pressure monitoring systems? Are you equipped to troubleshoot TPMS malfunctions when customers report issues? This comprehensive online training module on TPMS ensures that you gain expertise in these areas and much more.
This training module provides an in-depth understanding of tyre pressures and monitoring systems. It also covers essential legislation and minimum operational requirements. TPMS systems can vary based on vehicle types and tyre characteristics. Manufacturers emphasize various system values and attributes, such as compatibility with Run Flat tyres and the minimum driving conditions under which the TPMS should function.
There are two primary types of TPMS – Direct and Indirect Pressure Monitoring. In this module, you will gain insight into the fundamentals of both systems and their operational mechanisms, including:
Electronics and electrical components play a central role in the functioning of electric circuits. Resistors, diodes, LEDs, thyristors, transistors, and microcircuits are ubiquitous in the automotive industry. A mechanic must grasp the functionality of these components and circuits to effectively troubleshoot vehicle systems.
Throughout this course, you will become acquainted with electronic components, their characteristics, and their practical applications. Through detailed animations, you will gain control over component functions and comprehend their effects, such as adjusting the brightness of a light bulb or determining its illumination duration.
In the final part of this module, you will explore typical electronic circuits.
These circuits enable you to create various sensor setups, mitigate voltage fluctuations, amplify weak control signals to power actuators, or introduce delays in component functions.
As vehicles’ electrical systems become increasingly complex and programmable, mechanics encounter a multitude of connection types and electronic implementations during troubleshooting.
This training module provides knowledge that extends beyond automotive technology, making it widely applicable in various contexts.
Vehicle electrical systems are intricately interconnected through electric power management, primarily via the battery and charging system. Regardless of the electrical issue at hand, the first step in troubleshooting always involves checking the condition of the battery and the charging system.
This course commences with a detailed exploration of the charging system’s operation, enabling you to test your expertise in electrical and measuring technology. Troubleshooting may reveal issues within the charging control circuit, requiring a thorough understanding of the control circuit and its operational conditions. The course introduces various control structures and provides essential fundamentals for ongoing inspections.
As troubleshooting progresses, a deeper comprehension of alternator construction and operation becomes imperative. The subsequent section offers comprehensive insights, accompanied by numerous illustrative images and animations, enhancing your understanding of alternator structures and functions.
You will also delve into the functioning of a vehicle’s starter battery. The course equips you with the knowledge to conduct reliable battery assessments using tools such as a Battery tester and additional checks with a multimeter, oscilloscope, and current probe. Even when a customer reports a battery failure, it is essential to confirm alternator operation and the vehicle’s sleep mode discharge current before proceeding with battery replacement.
The course provides various methods to check battery condition, with step-by-step guidance for correct procedures. You will gain an understanding of the distinctions between different battery testing devices, their features, and the results they yield. Proficiency in accurately assessing the battery and the vehicle’s fundamental electrical system is essential for professional mechanics.
Additionally, the course covers alternator structure, highlighting components such as the regulator, rotor, stator, and diodes, while explaining how alternators are controlled through indicator lights, CAN, or LIN networks by the engine control unit.
You will also gain insights into battery design variations and differences, alongside information on various types of battery chargers and their intended purposes. Finally, the course concludes by imparting essential steps for battery replacement, ensuring a comprehensive understanding of battery structures and distinctions.
The development and electrification of power steering systems have not only contributed to reduced fuel consumption but have also diminished the need for extensive servicing and repairs. The increasing prevalence of electric power steering systems has ushered in the integration of additional features such as Parking Assist and Lane Departure Aid in contemporary vehicles. Despite these advancements, hydraulic and electro-hydraulic systems have not become obsolete, mainly due to their role in enhancing steering feel.
Power steering and its associated components are located in both the passenger compartment and the engine bay. Common tasks include checking hydraulic system fluid levels, identifying and rectifying leaks, and replacing joints connected to the steering rack and wheel support. When performing repairs within the cabin, the steering column is often concealed, and understanding its operation and its connected components can be challenging.
In this course, you will explore various power steering structures, their constituent components, and their operational principles. You will gain insights into how fluid pressure is directed through the steering valve in response to the driver’s steering inputs.
The electrification of power steering systems has led to innovative designs that involve relocating certain components, either partially or entirely, from the engine bay to the cabin. Electric power steering systems have given rise to configurations like Column EPS, Single-Pinion EPS, Dual-Pinion EPS, and Parallel Axis EPS. These developments have not only freed up space in the engine bay but have also enhanced steering precision, introducing crucial sensors such as the steering torque sensor and steering angle sensor.
In recent times, automatic transmissions have undergone a remarkable transformation. They have evolved to become more compact, boasting enhanced efficiency with gear counts reaching as high as 9. This rapid evolution necessitates an update in knowledge for technicians, ensuring they remain adept with “traditional” automatic transmissions.
In the initial section of this course, we embark on an exploration of various transmission types. We delve deeply into the structure of automatic transmissions, dissecting key components such as the torque converter, hydraulic system, and transmission mechanics. By the end of this section, you will have a profound understanding of the inner workings of the transmission, demystifying modes like P, R, N, D, D1, etc., displayed on the instrument cluster. Visual animations within the course material will simplify your comprehension of the torque converter’s operation.
The planetary gear sets and their associated clutches and brakes form a critical aspect of automatic transmissions. Through a comprehensive study of planetary gear set operations, you’ll gain familiarity with gear sets pivotal to the transmission’s evolution, including Compound Planetary Gear Sets (Ravigneaux and Simpson Gear Sets) and Nested Planetary Gear Sets.
Hydraulics control plays a central role in the transmission’s functioning. You’ll explore the regulation of different hydraulic pressures, including line pressure, shifting pressure, control pressure, and torque converter pressure, contributing to stable pressure maintenance and enhanced solenoid responsiveness. Notably, you’ll comprehend the significance of the manual valve (gear selector valve) within the operation, even if it is fully electrically operated.
In the second section of this course, we shift our focus to the control system encompassing mechanics, hydraulics, and its electrical structure. You will learn how to effectively utilize manufacturer-provided electrical and structural schematics to perform operational checks via electrical measurements. Gain mastery over various pressure levels in hydraulics control, empowering you to manage pressure stability and enhance solenoid performance.
Automatic transmissions feature varying sensor quantities, with recent advancements relying on programmatic and calculated measures to reduce sensor dependence. This underscores the importance of understanding sensor functions within the transmission. Faults in these sensors can have immediate repercussions on driving.
The course concludes with an exploration of the driver’s functions, control devices, and distinctions in shifting maps across different driving modes. Additionally, we delve into the electrification of the gear selector used by the driver, examining its numerous connections to the transmission. Electronic utilization significantly influences the release of the Park Lock mechanism in the event of a fault.
For a mechanic tasked with troubleshooting a non-starting vehicle, a firm grasp of the Starter System’s function and control circuit is indispensable. In the modern automotive landscape, newer vehicles are equipped with a Start-Stop function, aimed at reducing emissions and noise.
You will delve into the intricacies of starter motors, gaining an understanding of their various components and functions. Control circuits and their operational principles will also be thoroughly explored, equipping you to decipher the intricate workings of these systems.
As newer vehicles increasingly adopt Start-Stop technology, you will become well-acquainted with Start-Stop vehicles. This eco-friendly and fuel-saving system is gaining prominence, and mechanics must be well-versed in its functioning and its implications for the starting system, particularly when it comes to troubleshooting.
Within the Start-Stop system, you will receive comprehensive insights into its fundamental principles, driving mechanisms, component intricacies, and the data utilized within the data network. This knowledge is vital for ensuring efficient and effective troubleshooting, aligning with the evolving landscape of automotive technology.
This training module immerses you in the intricate world of starter systems, empowering you to conduct meticulous checks on the starter circuit using the correct methodology. The inclusion of measurement examples, complemented by visual aids, ensures that you can perform inspections and assessments with precision.
*The examination of workplace safety within the automotive industry environment.
*Incorporating safety protocols tailored to industry-specific standards.
*Key aspects of industry-wide safety standards encompass.
*Establishment of general safety standards for workshops and personnel.
*Appropriate work posture and lifting techniques tailored to specific job requirements.
*Adequate provisions for storage facilities and restroom facilities.
*Protocols for the safe handling of flammable materials and emergency procedures in case of fire.
*Guidelines for mechanic’s attire and the arrangement of their workstations.
*Procedures for the safe operation of power tools.
*Protocols for responding to accidents and promptly notifying emergency services.
*Recognizing various types of accidents and mastering the fundamentals of providing initial first aid.
In the automotive industry, a wide array of chemicals and materials is utilized, making it imperative to have a comprehensive understanding of their recyclability. The materials employed in car manufacturing are highly recyclable, provided they are correctly identified. This includes various types of combustion and lubricating fluids, as well as hazardous waste, which, when released into the environment, pose risks but can still often be recycled for future use.
This study material is specifically tailored to address the needs of mechanics involved in waste sorting and recycling. When executed properly, the practice of sorting workshop waste not only reduces environmental impact but also minimizes waste-related costs. Moreover, it enhances a company’s reputation, promotes occupational safety, and fosters trust among customers.
Part of driver education involves equipping you with the knowledge needed to comprehend various aspects related to the operation and use of your vehicle, including its functions. Without prior training or understanding in these matters, these aspects may seem unfamiliar.
This module provides you with the flexibility to learn at your own pace, right within your vehicle, with the guidance of seasoned professionals. Throughout this program, you will learn which components and aspects should be integrated into your daily routine, when to allocate time for car care, and how to prepare for extended journeys.
Throughout this course, you will become well-acquainted with not only general examples but also your specific vehicle as you engage in basic vehicle maintenance. You will gain insights into the equipment within your vehicle, discover the types of accessories worth considering for purchase and the rationale behind them.
Furthermore, you will grasp the diverse functions and warnings displayed on the instrument panel, understand their meanings, and learn how their illumination impacts your driving experience. This knowledge will enable you to mitigate potential issues and avoid further damage to your vehicle.
This training module, designed for individuals in the automotive industry, equips you with essential knowledge for successful service delivery. Mastery of the fundamentals of vehicle servicing is paramount when working in a workshop. With this maintenance mechanic training, you will acquire the correct sequencing of work steps to enhance your efficiency and ensure the quality of your work.
Service provision extends beyond problem-solving; it entails customer interaction and a seamless workflow, both pivotal for establishing a positive reputation with clients. Thus, this course covers the entire service process, emphasizing crucial aspects that underpin effective service delivery.
While vehicle specifications typically guide service steps, this material goes further by helping you understand additional tasks and local nuances. It equips you with the ability to provide customers with technical explanations for why specific service tasks or supplementary work may be necessary, such as clarifying discrepancies in service intervals between similar vehicles.
Mechanics will also gain insights into the pros and cons of various service intervals. Understanding the advantages and disadvantages of long-life service intervals, for instance, becomes an essential aspect of this training.
This module goes beyond technical knowledge and aids you in conducting servicing work in the correct sequence, enhancing your overall efficiency.
Brake service and repair rank among the most frequently encountered additional tasks within the realm of interval service. Every mechanic must possess a strong grasp of the fundamentals of brake servicing and be capable of performing it across various brake system configurations, whether it be an older passenger car or a modern electric vehicle.
The journey of learning brake servicing begins with familiarizing yourself with typical brake system structures and their components.
You will acquire knowledge of component nomenclature, which proves valuable when ordering parts. Once you are acquainted with these structures, you’ll progress to assessing service requirements.
You’ll discover how inspections are conducted during real-world use and when the vehicle is elevated on a ramp. It becomes evident that conducting a comprehensive service assessment without disassembling the structures can be challenging.
The “Front Brake Service” section of the course provides a step-by-step exploration of the service procedure. Supported by visual aids and examples, you will gain insights into various structures and the disassembly of brake components.
This training module also delves into electric parking brake service, highlighting the importance of activating the parking brake service mode when working on vehicles with an EPB (Electric Parking Brake).
The comprehensive module covers a diverse array of rear brake structures, encompassing disc brakes with parking brake functionality, disc brakes with separate parking brake shoes, and drum brakes. Additionally, it addresses electric parking brakes to mitigate potential hazards and damage.
While disc brakes are becoming more prevalent, drum brakes still exist on certain vehicles. You will learn how to assemble and disassemble drum brakes, when and how to replace brake shoes, and more through this online brake service training module.
Often overlooked but crucial, brake fluid replacement plays a vital role in maintaining proper brake functionality. This course guides you through the process of changing brake fluid and correctly bleeding the brakes.
The training module includes assessments and practical tasks designed to challenge your knowledge of brake servicing. Mastering brake service is contingent on practical expertise and hands-on experience. The best way to validate your skills is by performing numerous brake service tasks to enhance your practical competence. To ensure a professional service experience, you can utilize the provided inspection card, filling it out accurately and presenting it to the customer.
Diesel exhaust gas technology is riddled with abbreviations like EGR, DPF, SCR, and more. Are you well-versed in these technologies? This comprehensive online training module is your gateway to mastering these critical components and systems. It will transform you into an expert in the field, offering insights into how these systems function and how to diagnose and rectify potential faults. Equip yourself with the knowledge and skills needed to repair and service these systems effectively.
This training module delves into the intricacies of EGR valves, catalytic converters, diesel particle filters, SCR catalysts, and AdBlue. It caters to individuals with or without model-specific knowledge, ensuring everyone can grasp these essential topics. Each chapter provides insights into the fundamental operations and key principles, making it accessible to mechanical technicians of all levels. Expert examples offer valuable guidelines for interpreting indicator lights and determining the necessary service and repair procedures to address issues effectively.
Diesel exhaust gas technology troubleshooting can be time-consuming, and spare parts are often costly. This material empowers you with the skills needed to navigate these challenges safely and efficiently, enhancing your professionalism as a mechanic.
For those seeking to enhance their diagnostic skills and perform effective diagnostics, understanding the structure and function of EOBD/OBD-II Self-Diagnostics is essential. This study course is designed to empower you to make the most efficient use of OBD-standard diagnostics, whether you are already familiar with manufacturer-specific OEM diagnostics or are just starting your journey in this field.
To harness the diagnostic functions of OBD, it is crucial to understand how your chosen testing device provides information about the various operating modes outlined in the standard. Information such as fault codes, conditions, freeze frame data, and code deletions are stored across different functional modes. Depending on the function, the testing device may display information in the appropriate mode, necessitating navigation through multiple views to gather comprehensive data. Alternatively, the same information may be consolidated into a single view.
In the realm of diagnostics, fault codes are specified based on how a malfunction affects the data received from the signal, current, or function. Proficiency in this area requires an understanding of circuitry and its functioning. By applying basic electrical engineering skills and system knowledge, you will gain insight into phenomena like how fluctuations in supply voltage can impact grounding through short-circuiting.
Furthermore, you will explore the intricacies of component self-diagnostics, enhancing your diagnostic skills. The course will help you distinguish between continuous and non-continuous monitors, particularly regarding component self-diagnostic tests in the OBD and EOBD systems.
The course also delves into OBD diagnostics’ internal control systems, known as partial tests, which play a role in official inspections related to roadworthiness. However, these systems are equally valuable for mechanics during post-repair inspections. You will gain insights into monitoring systems and the significance of thorough post-repair test drives, encompassing various operating scenarios. The course underscores the importance of properly planning test drives and highlights that simply resetting fault codes and monitoring system results is insufficient for resolving faults.
This comprehensive online training module on common rail technology unravels the intricacies of system functionality and construction. It offers insights into the advantages of common rail direct injection and imparts fundamental knowledge on troubleshooting and diagnostics, transforming you into a proficient diesel injection expert.
This training module commences with a comprehensive exploration of the operation and prerequisites for igniting fuel in the combustion chamber, including timing of injection and conditions for engine startup. It also delves into developments in European emission standards and diesel fuel considerations, ensuring you stay updated with industry requirements.
You will gain profound insights into the components of the common rail injection system, covering both the low-pressure and high-pressure systems. The course illuminates the intricacies of injection pressure adjustment, enabling you to optimize system performance.
Furthermore, the module offers an in-depth understanding of troubleshooting common rail issues related to fuel flow and pressure, along with addressing component faults. It equips you with the skills to effectively diagnose and resolve problems within the common rail system.
Common Rail has emerged as the predominant fuel system in diesel vehicles. Acquiring a deeper understanding of common rail technology spanning various vehicle manufacturers and system producers equips you with a significant advantage when troubleshooting and maintaining diesel vehicles.
Unlock the fundamentals of the 2014 Toyota Prius PHEV with this comprehensive online training module. Discover essential insights into the vehicle’s construction and learn how to access the latest manufacturer instructions for servicing and repairing this innovative hybrid car.
The production of the Toyota Prius Plug-in hybrid commenced in 2012, and it has since become one of the most widely adopted hybrid car models. By immersing yourself in the knowledge of its structures and operational principles, you can significantly enhance safety levels and your proficiency in both maintenance and repair tasks.
Your journey into the material commences with a comprehensive presentation of features and usage. Discover methods that promote efficient vehicle usage and driving styles. Dive into the structural description, which elucidates all high-voltage system components and their distinctive attributes. Detailed operational descriptions of ten distinct usage conditions simplify the understanding of relevant operating principles. You’ll grasp when and how high-voltage system components become active and comprehend their respective functions. Additionally, gain valuable insights into Toyota’s maintenance and repair instruction service.
This content is tailor-made for qualified auto-service and repair-shop professionals in the motor industry who possess a foundational understanding of the safe use and handling of hybrid vehicles. After completing this module, you’ll possess a well-rounded comprehension of how the Toyota Prius Plug-in hybrid leverages high-voltage technology, differentiating it from previous solutions you may have encountered.
Working on electric and hybrid vehicles comes with various safety challenges. It is essential to have a solid understanding of different vehicle systems and how to access up-to-date information about specific models to ensure your safety. Electrical safety is paramount when dealing with Electric Vehicles (EVs) and Hybrid Electric Vehicles (HEVs). This training program is designed to equip you with the knowledge and skills needed to perform your work correctly and safely.