This advanced course provides in-depth training on modern automotive systems, focusing on steering mechanisms, braking technologies, vehicle stability controls, and the evolution of electric vehicles (EVs) with autonomous navigation. Participants will engage in hands-on learning, diagnostics, and system integration, equipping them with the skills needed to work on cutting-edge vehicle technologies.

- Basic understanding of automotive systems.

- Prior experience in vehicle maintenance or driving technology (recommended but not mandatory).

- Interest in emerging automotive innovations, including electric vehicles and autonomous systems.

- Automotive engineers, technicians, and mechanics.

- Advanced driving instructors and fleet managers.

- Professionals in vehicle diagnostics and repair.

- Individuals looking to specialize in EVs and smart vehicle technology.

- Weekdays: Theoretical sessions on steering, ADAS, braking systems, and EV technology.

- Weekends: Practical hands-on training in diagnostics, system integration, and troubleshooting.

- Final Assessment: Hands-on system calibration and real-time vehicle diagnostics.

Module 1: Steering Systems and Advanced Handling Technologies

Module 2: Advanced Driver Assistance Systems (ADAS) – Sensors & Automation

Module 3: Understanding and Mastering Auto Braking Systems (ABS)

Module 4: Vehicle Stability Control (VSC) and Electronics Stability Programme (ESP)

Module 5: Introduction to Rear Engine Rear Drive (RR) and Vehicle Dynamics

Module 6: Mastering Electric Vehicles (EV) – Battery, Powertrain & Regenerative Braking

Module 7: Autonomous Navigation Control – AI and Sensor Integration

- Full Course: 4 weeks.

- Weekend Fast-Track: Intensive day training.

- Customized Training: Available for automotive professionals and corporate fleets.

- Basic Package: Theory-only sessions #60,000.00

- Standard Package: Theory + Hands-on ADAS & EV Training – #100,000.

(Corporate training and fleet management packages available.)

By the end of this course, participants will:

1. Understand Steering Systems and Advanced Handling Technologies

- Learn the mechanics of power steering and electronic steering assistance.

- Diagnose and troubleshoot common steering system issues.

2. Master Advanced Driver Assistance Systems (ADAS)

- Explore lane departure warning, adaptive cruise control, and collision avoidance.

- Understand sensor technologies, LiDAR, and camera-based systems.

3. Gain Expertise in Auto Braking Systems (ABS)

- Study the principles of ABS, its components, and its role in vehicle safety.

- Conduct hands-on testing of braking system efficiency.

4. Develop Proficiency in Vehicle Stability Control (VSC) and ESP

- Learn how stability control systems enhance vehicle handling and safety.

- Analyze real-world scenarios where VSC and ESP prevent accidents.

5. Explore Rear Engine Rear Drive (RR) Configurations and Vehicle Dynamics

- Understand the advantages and challenges of RR configurations.

- Study performance characteristics in sports cars and commercial vehicles.

6. Master Electric Vehicles (EV) and Regenerative Braking

- Learn the fundamentals of EV architecture, battery management, and drivetrain.

- Explore regenerative braking and energy efficiency in EVs.

7. Understand Autonomous Navigation Control

- Study AI-driven vehicle navigation and its applications.

- Explore real-time sensor data processing for self-driving vehicles.