TechAcademy-Training-Catalogues-M&R-EV-ADAS-25-06-EN
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TRAINING CATALOGUE FOR TRADITIONAL MAINTENANCE & REPAIR
4
TRAINING CATALOGUE FOR HYBRID AND ELECTRIC VEHICLES
15
TRAINING CATALOGUE FOR ADVANCED DRIVER ASSISTANCE SYSTEMS (ADAS)
25
TRAINING MODULES
TRANSMISSION SYSTEMS
6
CLIMATE CONTROL
7
ELECTRICAL SYSTEMS
8
ENGINE MANAGEMENT SYSTEMS
9
BRAKING SYSTEMS
10
LIGHTING SYSTEMS
11
TOP COLUMN MODULES
12
WIPING SYSTEMS
13
TRAINING MODULES ENGINE COOLING SYSTEMS
14
ONLINE MODULE
TRANSMISSION SYSTEMS
11 HOURS
This training module covers all types of transmission systems, including clutches, dual wet clutches, dual dry clutches, and torque converters. It explains each part of the clutch system in detail, giving a deep understanding of the technical aspects of every component. Mechanics will learn how to diagnose and repair transmission failures. The training also offers expert advice and tips to confidently replace parts and prevent costly repeat repairs.
PEDAGOGICAL OBJECTIVE
FUNDAMENTALS
FOR FREE
#
COURSE
DURATION SECTIONS AND TIMINGS
9 sections from 5 to 25 min
1 Basics on Transmission Systems, clutches and actuation 2h 45 min
MASTERCLASS
€240.00 VAT EXCLUDED
#
COURSE
DURATION SECTIONS AND TIMINGS
Flywheel technologies and Hydraulic Actuation Systems: fundamentals and replacement process Dual Wet Clutches: gearbox overview, diagnosis and replacement process Dual Dry Clutches: gearbox overview, diagnosis, actua tors calibration and replacement process Torque Converters: structure, oil circuit, diagnosis and replacement process 0CK DSG Gearbox: gearshift actuator and electronic oil pump, diagnosis, maintenance and replacement process
11 sections from 10 to 35 min 5 sections from 15 to 25 min 4 sections from 15 to 25 min 6 sections from 5 to 15 min
2
3h
3
1h 25 min
4
1h 20 min
5
50 min
7 sections from 10 to 20 min
6
1h 40 min
Module certified by
6
ONLINE MODULE
CLIMATE CONTROL
6 HOURS
This training module covers the basics of climate control, including thermodynamics and the components of climate control systems. It also explores strategies for effective climate management, as well as maintenance and diagnostic procedures to ensure optimal performance. By the end of the training, mechanics will be able to understand, diagnose, and repair both mechanically and electrically driven systems.
PEDAGOGICAL OBJECTIVE
FUNDAMENTALS
FOR FREE
#
COURSE
DURATION SECTIONS AND TIMINGS
Climate Control: thermodynamics and Möllier diagram principles and fundamentals
4 sections from 10 to 20 min
1
1h 5 min
MASTERCLASS
€90.00 VAT EXCLUDED
#
COURSE
DURATION SECTIONS AND TIMINGS
Climate Control: compressor types and technologies, diagnosis and replacement process High voltage compressors: safety, fundamentals, diagnosis and repair
17 sections from 5 to 35 min 6 sections from 5 to 15 min
2
4h 15 min
3
40 min
Module certified by
7
ONLINE MODULE
ELECTRICAL SYSTEMS
8 HOURS
This training module focuses on starters and alternators, covering their working principles, checking, and repair procedures. It introduces Stop & Start technology and explores ReStarts and StARS technologies. The module also covers electrification with Mild-hybrid 48V, detailing each component in this system. Finally, it enhances technicians’ repair skills by explaining checking procedures, repair processes, and providing information on warranty and troubleshooting.
PEDAGOGICAL OBJECTIVE
FUNDAMENTALS
FOR FREE
#
COURSE
DURATION SECTIONS AND TIMINGS
4 sections from 10 to 45 min
1
Alternators: fundamentals, principles and components
1h 25 min
MASTERCLASS
€120.00 VAT EXCLUDED
#
COURSE
DURATION SECTIONS AND TIMINGS
3 sections from 10 to 25 min 4 sections from 10 to 30 min 12 sections from 5 to 25 min 5 sections from 5 to 35 min
2 Alternators: communication, protocols, repair and testing 1h 5 min
3 Starters: fundamentals, principles and components
1h 25 min
Stop&Start Systems: architectures, diagnosis and repair process, battery management
4
2h 5 min
5 Mild hybrid 48V components diagnosis and repair
2h
Module certified by
8
ONLINE MODULE
ENGINE MANAGEMENT SYSTEMS
14 HOURS
In this module, mechanics will learn the fundamentals of combustion engines, understand emission standards and management, and master sensor diagnostics and replacement.
PEDAGOGICAL OBJECTIVE
FUNDAMENTALS
FOR FREE
#
COURSE
DURATION SECTIONS AND TIMINGS
Engine Management Systems: fundamentals of combustion, fuel and air management, components
5 sections from 10 to 30 min
1
1h 20 min
MASTERCLASS
€180.00 VAT EXCLUDED
#
COURSE
DURATION SECTIONS AND TIMINGS
Air-Fuel Mixture Management: diagnosis and repair process Engine Thermal Conditions and Driving conditions : system overview, components and diagnosis
37 sections from 5 to 50 min 15 sections from 5 to 20 min 3 sections from 10 to 90 min
2
8h 40 min
3
2h 10 min
4 Engine Timing Kit Sytems: overview and components
1h 50 min
Module certified by
9
ONLINE MODULE
BRAKING SYSTEMS
3 HOURS 30 MINUTES
This training module comprehensively covers braking systems, starting with an introduction. It discusses the regulation of braking and the components involved, including hydraulics, mechanical elements, and electronic elements. Finally, mechanics will learn about inspection and maintenance procedures to ensure braking system functionality and safety.
PEDAGOGICAL OBJECTIVE
FUNDAMENTALS
FOR FREE
#
COURSE
DURATION SECTIONS AND TIMINGS
6 sections from 5 to 50 min 5 sections from 5 to 10 min
1
Front-Rear Braking Systems
3h
2 Electronic Parking Brake (EPB)
30 min
10
ONLINE MODULE
LIGHTING SYSTEMS
1 HOUR 30 MINUTES
This training module covers the basics of vehicle lighting systems, including front and rear lighting. It traces the evolution from halogen to xenon and LED technology The module also discusses the future of lighting systems and provides guidance on using REGLOSCOPE PRO, the Valeo equipment for measuring and adjusting lighting.
PEDAGOGICAL OBJECTIVE
FUNDAMENTALS
FOR FREE
#
COURSE
DURATION SECTIONS AND TIMINGS
Lighting Technologies: overview of the systems and components
5 sections from 5 to 45 min
1
1h 30 min
11
ONLINE MODULE
TOP COLUMN MODULES
50 MINUTES
This training module explains the functioning and necessity of Top Column Modules.
PEDAGOGICAL OBJECTIVE
It emphasizes the top column switch, clockspring, and steering angle sensor, providing insights into their roles and how to repair and diagnose issues related to them.
FUNDAMENTALS
FOR FREE
#
COURSE
DURATION SECTIONS AND TIMINGS
Top Column Modules: overview of the systems, components and replacement process
4 sections from 5 to 20 min
1
50 min
12
ONLINE MODULE
WIPING SYSTEMS
1 HOUR 30 MINUTES
This training module explains what you need to know about wipers and how they work.
PEDAGOGICAL OBJECTIVE
It covers the different types of wipers on the market and options for replacements. It also teaches how to diagnose poor wiping performance and answers common questions.
FUNDAMENTALS
FOR FREE
#
COURSE
DURATION SECTIONS AND TIMINGS
Wiping Systems: overview of the technologies and components
9 sections from 5 to 25 min
1
1h 30 min
13
ONLINE MODULE
ENGINE COOLING SYSTEMS
4 HOURS
This module teaches about engine cooling, beginning with the basics of the combustion engine. It explores both the high-temperature loop and the low-temperature loop, explaining how engine cooling works. It also discusses the operation and role of thermostats in the cooling system, explaining the different types and troubleshooting methods.
PEDAGOGICAL OBJECTIVE
FUNDAMENTALS
FOR FREE
#
COURSE
DURATION SECTIONS AND TIMINGS
Engine Cooling Systems: overview of the loop technologies, components and system diagnosis
3 sections from 5 to 40 min
1
1h
MASTERCLASS
€60.00 VAT EXCLUDED
#
COURSE
DURATION SECTIONS AND TIMINGS
High temperature loop, Piloted and Electric Water Thermostat. Inspection, removal and installation
3 sections from 5 to 120 min
2
3h
14
HIGH-VOLTAGE BASICS AND SAFETY ____________________ 17
HIGH-VOLTAGE FUNDAMENTALS ________________________ 18
HIGH-VOLTAGE BASIC DIAGNOSTICS ____________________ 19
HIGH-VOLTAGE ADVANCED DIAGNOSTICS + BATTERY ___ 20
COMPLETE HIGH-VOLTAGE TRAINING PACK _____________ 21
FACE TO FACE TRAINING ________________________________ 22
TRAINING MODULE HYBRID AND ELECTRIC VEHICLES
ONLINE MODULE
HYBRID AND ELECTRIC VEHICLES HIGH-VOLTAGE BASICS AND SAFETY
2 HOURS
This training module introduces the concept of electrification and High-Voltage systems, with an emphasis on safety. The “Safe Handling of High-Voltage Systems” training focuses on occupational safety when working with High-Voltage electric vehicles and safely managing a charging station. In this training, mechanics will learn to safely handle any High-Voltage or hybrid vehicle and identify risks before, during, and after repairs.
PEDAGOGICAL OBJECTIVE
€ 30.00 VAT EXCLUDED
MASTERCLASS
#
COURSE
DURATION SECTIONS AND TIMINGS
1
Legal fundamentals
2 Hazards posed by electricity 3 High-Voltage isolating mechanisms 4 Electric current in the human body 5 Hazards posed by AC shock current 6 Rescue sequence
6 sections from 10 to 30 min
2h
Training module also available in the Complete Training Pack at a preferred price. See page 7
Module certified by
17
ONLINE MODULE
HYBRID AND ELECTRIC VEHICLES HIGH-VOLTAGE FUNDAMENTALS
10 HOURS
This training module covers every High-Voltage component, including inverters, electric motors, batteries, interlocks, and smart relays. It explains the physical principles of electricity, electrical schematics, subcomponents, and their interactions in hybrid or battery electric vehicles. The module also details various technologies and the HV current loop, including its creation, transformation, storage, and usage under different driving conditions. By the end of this training, mechanics will understand how all elements of High-Voltage vehicles work, how they interact with each other, and the internal electrical schematics involved.
PEDAGOGICAL OBJECTIVE
€ 219.00 VAT EXCLUDED
MASTERCLASS
#
COURSE
DURATION SECTIONS AND TIMINGS
Electricity fundamentals DC/AC Electricity fundamentals Pulse Width Modulation (PWM) fundamentals Positive and negative waves Three phase inverters
1
Inverters Circuits and diagrams Physical principles Coils set-up converters Battery and smart relays Voltage levels Cells interconnection Isolating mechanisms Warning signs Capacitors Electric motors Electrical drivetrain Function - Stator & Rotor
2
17 sections from 15 to 60 min
10h
3
4
Types of motor by type of magnetic field Accelerating and decelerating phases Electrical drivetrain Star & Delta connections
Training module also available in the Complete Training Pack at a preferred price. See page 7
Module certified by
18
ONLINE MODULE
HYBRID AND ELECTRIC VEHICLES HIGH-VOLTAGE BASIC DIAGNOSTICS
18 HOURS
This training module focuses on common High-Voltage vehicle failures, diagnostic methods, and repair procedures. It covers component and system diagnostics using traditional tools such as oscilloscopes and multimeters, as well as understanding signal readings and measurements. The module also explains the impact of component failures and how to identify associated issues. By the end of this training, mechanics will be able to use traditional tools to diagnose and identify electrical failures in all components, and recognize different types of signals based on real cases and conditions.
PEDAGOGICAL OBJECTIVE
€ 449.00 VAT EXCLUDED
MASTERCLASS
#
COURSE
DURATION SECTIONS AND TIMINGS
Inverters Current conversion diagnosis Inverter transistors measurements and control Inverter: basic signals & measurements
1
Battery and smart relays Ready mode diagnosis and control High-Voltage system relays control Tests on High-Voltage battery Interlock tests Overall operation control Electric motors Torque sensor control and test Controller test Regenerative braking
11 sections from 30 to 120 min
2
18h
3
Training module also available in the Complete Training Pack at a preferred price. See page 7
Module certified by
19
ONLINE MODULE
HYBRID AND ELECTRIC VEHICLES HIGH-VOLTAGE ADVANCED DIAGNOSTICS + BATTERY
20 HOURS
This training module focuses on diagnostics for High-Voltage batteries and components such as relays, capacitors, fuses, and diodes. It explores the interactions between the battery and inverters, the 12V and High-Voltage systems, and the impact of the Battery Management System on performance. By the end of this training, mechanics will understand High-Voltage batteries and their interactions with other components. They will be able to perform both battery-level diagnostics and complex diagnostics on High-Voltage vehicles.
PEDAGOGICAL OBJECTIVE
€ 499.00 VAT EXCLUDED
MASTERCLASS
#
COURSE
DURATION SECTIONS AND TIMINGS
Inverters Current diagnosis and signals Transistor: measurements, signals and diagnosiss Battery and smart relays Response of High-Voltage system relays in the event of a fault Electrical interlock diagnostics Capacitor signals and diagnosis Active and passive discharge analysis and tests Battery disconnect unit Circuit diagram of an interlock interpretation Electric motors Rotation reversal test Motor position sensors (resolvers and encoders) Electric motor: diagnostics Regeneration: measurement on the vehicle
1
2
12 sections from 30 to 120 min
20h
3
Training module also available in the Complete Training Pack at a preferred price. See page 7
Module certified by
20
ONLINE MODULE
HYBRID AND ELECTRIC VEHICLES COMPLETE TRAINING PACK
50 HOURS
The Full Hybrid and Electrical Vehicles Training consists of four modules designed to develop an understanding of High-Voltage systems from basic to expert levels. It covers safety rules, High-Voltage architecture, component diagnosis, signals, measurements, batteries, and smart relays. Mechanics will learn through real measurements and case studies, gaining knowledge of High-Voltage systems, architectures, interactions, typical failures, and diagnostics using oscilloscopes and multimeters in High-Voltage circuits, thereby enhancing their skills in electrical and electronic circuits.
PEDAGOGICAL OBJECTIVE
€ 699.00 VAT EXCLUDED
MASTERCLASS
#
MODULES
DURATION SECTIONS AND TIMINGS
€ 30.00 VAT EXCLUDED
Hybrid and Electric Vehicles - Basics and safety
1
Legal fundamentals Hazards posed by electricity
High-Voltage isolating mechanisms Electric current in the human body Hazards posed by AC shock current Rescue sequence
+
High-Voltage - Description of components and fundamentals on electricity Electricity fundamentals Inverters: description and principles Battery and smart relays Electric Motors High-Voltage - Diagnostics of components and signals with measurements Inverters: basic diagnostics and test Battery and smart relays: basic diagnostics and test Electric motors: basic diagnostics and test High-Voltage advanced diagnostics, Battery diagnostics and tests Inverters: advanced diagnostics and signals Battery and smart relays: advanced diagnostics and signals Electric motors: advanced diagnostics and signals € 449.00 VAT EXCLUDED € 219.00 VAT EXCLUDED € 499.00 VAT EXCLUDED + +
2
46 sections from 15 to 120 min
50h
3
4
Module certified by
21
FACE TO FACE TRAINING
€ 399.00 VAT EXCLUDED
1 DAY
PEDAGOGICAL OBJECTIVE This comprehensive High - Voltage (HV) Systems Course is designed specifically for skilled mechanics looking to advance their expertise in electric vehicle technology. At the end of the training, you will: ▶ Master voltage absence measurements in HV isolation mechanisms. ▶ Deepen your understanding of the pilot line or interlock loop through practical experiments. ▶ Ensure vehicle safety by accurately measuring both active and passive capacitor discharges for correct HV disconnection. ▶ Identify and troubleshoot failures in HV systems and understand their impact on vehicle performance. ▶ Gain in-depth knowledge of permanent magnet and squirrel cage motor rotors. ▶ Control and manipulate the speed and direction of electric motors with precision. ▶ Diagnose and repair faults in electric motors and interlock loop systems, enhancing your problem-solving skills. ▶ Understand the critical aspects of star and delta connections and the implications of phase changes during short circuits or repairs. ▶ Explore energy regeneration processes to achieve a comprehensive understanding of modern electric vehicle technology. PREREQUISITE Understanding multimeter and oscilloscope use, high voltage Personal Protection Equipment (class 0 gloves, etc.), isolation mechanisms, interlock loop function, capacitors, Ohm’s Law, AC/DC fundamentals, electric motor theory, and frequency/voltage control in AC signals.
22
FACE TO FACE TRAINING
COMPONENT HANDS-ON EXERCISES
TIME
OBJECTIVE
SAFETY DIAGNOSIS
Measurements on an HV isolation mechanism Experiment: Evaluation of interlock/pilot line
The technician will be able to measure the absence of voltage in the HV isolation mechanism. The technician will be able to experiment and reaffirm his knowledge of the pilot line or interlock loop by measuring the right signals before repair The technician will measure the active discharge of the capacitors, to reaffirm his knowledge and thus be able to identify if the HV disconnection is carried out correctly in a vehicle using oscilloscope and multimeter and identifying the signals The technician will diagnose a fault in the interlock loop system using oscilloscope and multimeter and identifying the signals The technician will measure the passive discharge of the capacitors, to reaffirm his knowledge and thus be able to identify if the HV disconnection is carried out correctly in a vehicle using oscilloscope and multimeter and identifying the signals The technician will be able to recognize a failure in the active discharge of the HV system and its consequences on the operation of the car using oscilloscope and multimeter and identifying the signals The technician will experiment with energy regeneration, gaining an understanding of the process using oscilloscope and multimeter and identifying the signals The technician will understand the particularities of the permanent magnet rotor by using oscilloscope and signals reading process The technician will understand the particularities of the rotor of a squirrel cage motor using oscilloscope and multimeter and identifying the signals The technician will experiment with controlling the speed and direction of rotation of the electric motor using oscilloscope and multimeter and identifying the signals The technician will diagnose faults in an electric motor and carry out its repair using oscilloscope and multimeter and identifying the signals The technician will understand what would happen if the phases of a motor change in the event of a short circuit or a bad repair. The technician will understand the characteristics of the Star connection The technician will understand the characteristics of the connection in Delta The technician will be able to diagnose a fault in the direction of rotation control of the electric motor
40 min
25 min
Measurement of “active discharge”
BATTERY
25 min
Interlock Diagnosis 1
25 min
Currents in the capacitor: Passive discharge
30 min
BATTERY + INVERTER
Malfunctions in “active discharge”
30 min
Experiment on regeneration (energy recovery) Starting motor with permanent magnet rotor Starting a motor with squirrel-cage rotor
30 min
30 min
15 min
Rotation reversal diagnosis
MOTOR
30 min
Troubleshootings on electric motor
80 min
Phase shift
30 min
Current consumption in star configuration Current consumption in delta configuration
20 min
MOTOR & BATTERY
20 min
MOTOR + BATTERY + INVERTER
Rotation reversal diangonis
20 min
TOOLS
Stroboscope
30 min The technician will practice with Stroboscope tool
23
REAR VIEW CAMERA WITH PARK ASSISTANT _____________
27
FRONT FACING CAMERA, ACTIVE LANE ASSIST - DIAGNOSIS AND CALIBRATION __________________________
28
TRAFFIC SIGN RECOGNITION (TSR) WITH SPEED CONTROL - CALIBRATION ____________________________________________
29
RADAR, ADAPTATIVE CRUISE CONTROL WITH EMERGENCY BRAKE ASSIST DIAGNOSIS AND CALIBRATION ____________
30
LIDAR, LIGHT DETECTION AND RANGING - DIAGNOSIS AND TEST ____________________________________
31
FACE TO FACE TRAINING ________________________________
32
TRAINING MODULE ADAS
ONLINE MODULE
ADAS
30 HOURS
MASTERCLASS
€625.00 VAT EXCLUDED
THIS PRICE INCLUDES THE FULL ONLINE TRAINING OFFER FOR ADAS
MASTERCLASS
€625.00 VAT EXCLUDED
#
COURSE
DURATION SECTIONS AND TIMINGS
1
9 sections from 5 to 60 min
Rear View Camera with Park Assistant
6h
Front Facing Camera, Active Lane Assist - Diagnosis and calibration
17 sections from 5 to 45 min
2
6h
Traffic Sign Recognition (TSR) with speed control - Calibration
10 sections from 10 to 60 min
3
6h
Radar, Adaptative Cruise Control with Emergency Brake Assist Diagnosis and calibration
27 sections from 5 to 45 min
4
6h
LIDAR, Light Detection and Ranging - Diagnosis and test
14 sections from 10 to 60 min
5
6h
26
Rear View Camera with Park Assistant
6 HOURS
This training presents a comprehensive rear-end system for a vehicle, which includes multiple ultrasonic sensors and a reversing camera.
PEDAGOGICAL OBJECTIVE
It enables mechanics to learn about the physical limitations of the assistance system and how to diagnose various malfunctions.
#
DURATION SECTIONS AND TIMINGS
Parking aid systems Types of parking aid systems System requirements and limitations Operation with trailers
1
Rear view camera Location of camera How an assistance system with rear view camera works Input and output variables
9 sections from 5 to 60 min
2
6h
Ultrasonic sensors Steering angle sensor LED distance indicators
3 4 5
Module certified by
27
Front Facing Camera, Active Lane Assist Diagnosis and calibration
6 HOURS
This training covers active and passive lane change assistants, focusing on practical operation and calibration using diagnostic software, without mechanical camera adjustments.
PEDAGOGICAL OBJECTIVE
Mechanics will test the lane assistant in various scenarios, evaluating its performance with analysis tools. Theoretical content is provided through an interactive e-learning course featuring videos and animations.
#
DURATION SECTIONS AND TIMINGS
Active lane assist Legal aspects relating to driver assistance systems Types of lane assistant Combination of other driver assistance systems Performance limits of the active lane assistant
1
Operating the active lane assistant Lane detection / activation criteria Virtual lane Hands-off detection Electrical components
17 sections from 5 to 45 min
Front camera Windscreen heating
6h
2
Steering in active lane assist Steering wheel with vibration motor Electromechanical power steering Control panel and steering column electronics
3
Diagnosis / Calibration Typical error codes System diagnosis Causes for malfunctions / shutdown Calibration principle
4
Module certified by
28
Traffic Sign Recognition (TSR) with speed control Calibration
6 HOURS
This training focuses on driver assistance systems, particularly the camera that detects and analyzes traffic signs, displays them, and manages speed automatically.
PEDAGOGICAL OBJECTIVE
Mechanics will enhance their understanding and diagnostic skills by commissioning a complete ADAS system through practical and theoretical tasks.
#
DURATION SECTIONS AND TIMINGS
Traffic sign recognition (TSR) procedure Traffic sign recognition (TSR) procedure System requirements and limitations Input and output variables Colour filters for sign recognition Contour filters for traffic signs Pattern recognition Speed control Pre-emptive speed control Purpose of pre-emptive speed detection
1
10 sections from 10 to 60 min
6h
2
Calibration Calibration of front camera Input and output variables
3
Module certified by
29
Radar, Adaptative Cruise Control with Emergency Brake Assist Diagnosis and calibration
6 HOURS
This training covers dynamic distance control and the emergency brake assistant. Mechanics will learn how Adaptive Cruise Control (ACC) maintains speed and distance, while the emergency brake assistant prevents collisions. The course enhances understanding of ACC functionality, control strategies, and system components, with a major focus on radar sensor calibration.
PEDAGOGICAL OBJECTIVE
#
DURATION SECTIONS AND TIMINGS
Radar module Comparing RADAR and LIDAR Locating where the module is installed Fundamentals of radar technology How automatic control sequentially proceeds
1
Adaptative Cruise Control (ACC) Basic functionality of the ACC Additional functions of the ACC
Overview of manufacturer-specific ACC systems Differences between hand shifting and automatic The network configuration of the ACC system Input information Destination determination (negotiating curves) Range and overlap angle Automatic control and speed range
2
27 sections from 5 to 45 min
System limitations Driving dynamics
6h
Brake Assist system Emergency braking procedure Distance to object Speed - Position and target selection Distance and speed measurement Position determination
3
Diagnosis and failures Reasons for system failure in practice Diagnostics - Radar and system Adjustment or alignment of the radar module Misalignment (adjustment) angle Typical error messages Calibration Chassis setting configuration
4
Module certified by
30
LIDAR, Light Detection and Ranging Diagnosis and test
6 HOURS
This training focuses on LIDAR systems, enhancing diagnostic skills for modern driver assistance systems. Mechanics will explore the system’s design and function in-depth through an e-learning course. Emphasis is placed on diagnostics, familiarizing participants with typical faults and malfunctions. Practical calibration exercises prepare mechanics to apply their knowledge directly to real vehicles.
PEDAGOGICAL OBJECTIVE
#
DURATION SECTIONS AND TIMINGS
Laser concepts Light and laser Classes of laser Safety regulations
1
LIDAR LIDAR system Design and operation Detecting the vehicle’s environment Time of flight (ToF) measurement methods Light propagation time or time of flight Reflection properties IPO principle in connection with LIDAR Signal transmission using CAN-BUS
14 sections from 10 to 60 min
2
6h
Diagnosis and tests Network knowledge LIDAR test and analysis Preparation for setting the laser
3
Module certified by
31
FACE TO FACE TRAINING
€ 399.00 VAT EXCLUDED
1 DAY
PEDAGOGICAL OBJECTIVE In this course, you will learn to understand and calibrate cameras, radar and LiDAR systems, which are essential for the safety and efficiency of modern vehicles. With practical exercises, you will learn how to diagnose and troubleshoot systems such as Lane Guidance, Active Lane Assist and Adaptive Cruise Control (ACC). You will become an expert in adjusting variables that affect these systems, ensuring their correct functioning. In addition, we will show you how to calibrate radar and LiDAR, and understand the importance of surface reflectivity in their performance. You will learn how to verify the correct ECU power supply and record the LiDAR laser pulse, consolidating your practical knowledge. Don’t get left behind in the automotive industry. Enrol on our course and become an indispensable technician, able to diagnose and calibrate the most advanced systems in today’s vehicles. Take your career to the next level with us!
32
FACE TO FACE TRAINING
SYSTEMS HANDS ON EXERCISES
TIME
OBJECTIVE
The technician will understand the internal logic of the camera calibration and interction with communication with other components The technician will experiment with modifying the Lane Guidance variables to gain an understanding of a possible fault in the system. The technician will be able to test their knowledge by diagnosing a fault in the Active Lane Assist system.
FRONT CAMERA
Calibration of the front camera
30 min
LANE ASSIST
Lane guidance of the active lane assistant
30 min
Temporary malfunction 45 min
Measuring the activation signal Malfunction of the active lane keeping assistant
The technician will be able to determine if the ECU power supply is correct or not.
30 min
ACTIVE LANE
The technician will be able to test his knowledge by diagnosing a fault in Active Lane Assist system.
45 min
The technician will be able to test his knowledge by diagnosing a fault in Active Lane Assist system. The technician shall be able to understand the conditions for emergency braking to be activated. The technician will experience how a radar is calibrated and the logic behind the steps to complete it. The technician shall understand how distance is measured by radar. The technician will understand the functionalities of Active Cruise Control (ACC) and will be able to experiment with modifying the variables acting on the system.
Vehicle will not start
45 min
BRAKE ASSIST
Emergency brake assistant
30 min
Calibration of the radar sensor
30 min
RADAR
Distance measurement
30 min
Active Cruise Control (ACC) functionality
30 min
Diagnostics work order: Active Cruise Control (ACC) system indicates a malfunction
ACTIVE CRUISE CONTROL
The technician shall diagnose a fault in the Active Cruise Control (ACC) system.
45 min
The vehicle cannot be started
The technician shall diagnose a fault in the Active Cruise Control (ACC) system.
45 min
The technician shall record the laser pulse to understand how LiDAR works.
Recording laser pulse
30 min
The technician shall understand how the surface reflection of objects affects the LiDAR system.
Reflection by objects
30 min
LIDAR
Configuration of the LIDAR system with a target
The technician will be able to calibrate a LiDAR and understand when calibration should be performed.
30 min
The technician will diagnose a fault in the LiDAR system to consolidate their learning.
Lidar Systems Diagnosis 30 min
33
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