--- McLaren Core Training ---

Hour 1: McLaren Powertrain Architecture Overview

Hour 2: M838T Engine – Mechanical Design and Operation

Hour 3: Engine Systems – Lubrication, Cooling, Turbocharging

Hour 4: Dual Clutch Transmission

Hour 5: Suspension and Steering Systems

Hour 6: Active Dynamics and Proactive Chassis Control

Hour 7: Electrical Architecture and Control Units

Hour 8: Diagnostics, Fault Finding, and System Integration

--- Practical Garage Training ---

Hour 9–10: Hands-On Engine Workshop (Physical Engine Study and Demonstration)

Hour 11: McLaren Control Unit Programming & Coding using Leonardo

--- Multi-Brand Advanced Diagnostics ---

Hour 12–13: Lamborghini Diagnostics, Coding & Adaptations (Leonardo)

Hour 14: Ferrari Diagnostics, Coding & Key Programming (Leonardo)

12. Lamborghini Diagnostics & Programming Workshop (2 Hours)

This practical session introduces students to Lamborghini vehicle diagnostics and module

programming using Leonardo diagnostic equipment.

Core Objectives:

• Understand Lamborghini network architecture overview

• Proper Leonardo interface connection procedure

• Full vehicle auto-scan workflow

• Control unit identification and topology understanding

• Reading and clearing DTCs

• Live data analysis fundamentals

Programming & Adaptation Topics:

• Component adaptation procedures

• Resetting learned values

• Basic module coding overview

• Throttle and transmission adaptations (where applicable)

• Service resets

Instructor Demonstration:

• Safe tool connection sequence

• Vehicle identification

• Guided auto-scan

• Example adaptation procedure

• Best practices for stable programming

Student Hands-On:

• Perform guided scan

• Navigate module list

• Observe live data streams

• Practice adaptation workflow (simulation or live vehicle)

Safety & Best Practices:

• Maintain battery support (power supply required)

• Verify ignition states before programming

• Never interrupt active coding/flash procedures

13. Ferrari Diagnostics & Key Programming Workshop (1 Hour)

This focused session introduces Ferrari-specific diagnostic workflow and key programming

fundamentals

using Leonardo equipment.

Learning Goals:

• Ferrari module scan workflow

• Understanding Ferrari ECU topology

• Key programming overview and precautions

• Component adaptation reset procedures

• Proxy alignment

Instructor Demonstration:

• Proper interface connection

• Network scan example

• Clearing adaptations and fault memory

Student Practical Exposure:

• Guided scan execution

• Module identification

• Understanding coding safeguards

Critical Precautions:

• Always use battery stabilizer during programming

• Follow exact ignition timing steps

• Confirm key count before programming

• Never interrupt immobilizer procedures

Final Learning Outcomes

After completing this 14-hour program, students will be able to:

• Understand McLaren mechanical and electrical architecture

• Physically identify major engine components

• Perform structured diagnostic workflow using Leonardo

• Execute basic module scans across multiple exotic platforms

• Understand adaptation and coding principles

• Explain key programming workflow and safety rules

• Apply best practices for high-end vehicle diagnostic