Automotive Customisation Course

Lesson 1 • Vehicle Anatomy and Systems

Identifies major vehicle systems and their interdependencies. Provides the structural knowledge needed to assess how modifications affect overall vehicle function.

Lesson 2 • The Customisation Industry Overview

Maps the scope of the aftermarket industry, key market segments, and career pathways. Grounds learners in real-world context before technical content begins.

Lesson 3 • Customisation Categories and Scope

Classifies modifications by type—aesthetic, performance, functional—and complexity level. Helps learners scope projects accurately from the outset.

Lesson 4 • Safety and Regulatory Fundamentals

Introduces safety standards, roadworthiness requirements, and compliance concepts relevant to modified vehicles. Ensures learners build safe, legal practices from day one.

Lesson 1 • Widebody and Custom Fabrication Basics

Introduces widebody flares, custom wing panel work, and basic sheet metal fabrication. Prepares learners for advanced fabrication techniques introduced in later chapters.

Lesson 2 • Bonnet, Boot Lid, and Door Modifications

Addresses custom bonnets, boot lids, and door alterations including vents and scoops. Builds precision fitting skills critical for watertight, rattle-free assemblies.

Lesson 3 • Surface Preparation and Bodywork

Trains learners in metal shaping, body filler application, and surface levelling techniques. Proper prep is the foundation for all paint and wrap work covered later.

Lesson 4 • Aftermarket Body Kits and Aero Components

Teaches selection, fitment, and installation of body kits, splitters, and spoilers. Connects aerodynamic theory to practical installation outcomes.

Lesson 1 • Spray Gun Setup and Application

Covers spray gun types, setup parameters, and proper spraying technique for even coverage. Correct gun handling directly determines paint quality and material efficiency.

Lesson 2 • Paint Correction and Detailing

Addresses compounding, polishing, and ceramic coating to protect and perfect finished surfaces. Completes the paint workflow from application through long-term maintenance.

Lesson 3 • Paint Systems and Chemistry

Explains lacquer, enamel, urethane, and waterborne paint chemistries and their properties. Selecting the correct system is prerequisite to all application work.

Lesson 4 • Colour Theory and Custom Mixing

Applies colour wheel principles to automotive tinting, toning, and custom colour creation. Learners develop the eye and technique to match and create unique finishes.

Lesson 1 • Flat and Simple Curve Application

Teaches squeegee technique, heat gun use, and film positioning on flat and gently curved panels. Mastery here is required before tackling complex compound curves.

Lesson 2 • Surface Preparation for Wrapping

Details cleaning, decontamination, and edge preparation required before vinyl application. Proper prep prevents lifting, bubbling, and premature failure.

Lesson 3 • Custom Graphics and Decal Installation

Covers design-to-installation workflow for cut graphics, printed decals, and racing stripes. Precision alignment and layering techniques ensure professional results.

Lesson 4 • Complex Curves and Full-Vehicle Wraps

Applies advanced relief-cut and stretch techniques to bumpers, mirrors, and compound curves. Learners complete a full-vehicle wrap project integrating all prior skills.

Lesson 1 • Lowering Springs and Coilovers

Teaches spring rate theory, coilover selection, and installation procedures for ride height adjustment. Proper setup prevents handling degradation and premature component wear.

Lesson 2 • Air Suspension Systems

Covers air bag, compressor, and management system installation for adjustable ride height. Air suspension integrates pneumatic and electronic systems requiring careful calibration.

Lesson 3 • Tire Selection and Performance

Analyses tyre construction, load ratings, speed ratings, and tread patterns for custom builds. Tyre choice directly affects ride quality, grip, and vehicle safety.

Lesson 4 • Wheel Fitment and Sizing Science

Explains bolt pattern, offset, backspacing, and hub bore to achieve correct fitment. Fitment errors cause handling and safety issues addressed throughout this section.

Lesson 1 • Drivetrain and Clutch Upgrades

Addresses clutch kits, limited-slip differentials, and driveshaft upgrades for power delivery. Drivetrain components must match engine output to prevent failure under load.

Lesson 2 • Engine Breathing and Intake Systems

Covers cold air intakes, short ram intakes, and throttle body upgrades to improve airflow. Airflow improvements are the entry point for all engine performance work.

Lesson 3 • Engine Management and Tuning

Covers standalone ECUs, piggyback tuners, and data logging for optimising modified engines. Proper tuning is mandatory for reliability and maximum performance gains.

Lesson 4 • Exhaust System Upgrades

Teaches header, cat-back, and axle-back exhaust selection and installation for power and sound. Exhaust work complements intake upgrades to complete the breathing system.

Lesson 1 • Dashboard and Console Customisation

Covers dash wrapping, carbon fibre overlay, custom gauge clusters, and centre console modification. Dashboard work integrates aesthetic and functional customisation at the driver interface.

Lesson 2 • Seat Modification and Reupholstery

Teaches seat disassembly, foam reshaping, and cover installation for OEM and aftermarket seats. Seat work is the highest-visibility interior modification and demands precision.

Lesson 3 • Interior Design Planning

Guides learners through theme development, material selection, and layout planning for custom interiors. A clear design plan prevents costly rework during fabrication and installation.

Lesson 4 • Door Panels and Headliner Work

Addresses custom door panel fabrication, headliner replacement, and trim panel wrapping. These large surface areas define the overall quality perception of a custom interior.

Lesson 1 • Advanced Metal Fabrication

Develops MIG, TIG, and plasma cutting skills for custom brackets, subframes, and structural components. Fabrication quality directly determines the safety and longevity of custom builds.

Lesson 2 • Project Planning and Scheduling

Applies project management tools—scope definition, timelines, and milestones—to custom build workflows. Structured planning reduces cost overruns and missed deadlines on complex projects.

Lesson 3 • Roll Cage and Safety Structure Fabrication

Covers roll cage design principles, material selection, and welding procedures for motorsport and street builds. Safety structures must meet applicable competition or roadworthiness standards.

Lesson 4 • Quality Control and Build Documentation

Establishes inspection checkpoints, photographic documentation, and client sign-off procedures. Thorough documentation protects the shop and provides clients with a complete build record.