Beginners Motor Mechanics Certificate

Establishes the mandatory safety-first culture and practical tool competency that underpins every subsequent section of the diploma. Students learn to identify hazards, comply with legislation, and correctly select, use, and maintain every category of workshop tool before touching a vehicle.

Delivers the complete log-book servicing workflow that forms the daily bread-and-butter of a professional workshop. Students follow manufacturer service schedules to inspect, replace, and document all routine service items across fluid systems, filtration, brakes, and tyres — building speed and precision simultaneously.

The most technically demanding mechanical section, guiding students from fundamental engine theory through to a full disassembly, precision measurement, overhaul, and correctly timed reassembly of an internal combustion engine, including fuel delivery and engine management integration.

Covers the complete power-transmission path from clutch or torque converter through to the driven wheels, including manual and automatic transmissions, transfer cases, driveshafts, CV joints, and differentials. Prerequisites from Engine Systems (torque concepts, precision measurement) are applied throughout.

Builds on the mechanical foundation established in Drivetrain to address everything that connects the powertrain to the road — suspension geometry, steering systems, and the hydraulic and electronic elements of braking. Correct sequencing ensures students understand geometry theory before attempting alignment and brake overhaul.

Takes students through the complete automotive climate-control cycle — from fundamental refrigeration theory and mandatory refrigerant-handling certification through to full system diagnosis, component replacement, and electronic climate-control integration. This section is placed after Chassis because it draws on electrical measurement skills introduced progressively throughout the diploma.

Provides the electrical theory and hands-on measurement skills that underpin both Diagnostics and the EV & Hybrid section. Sequenced to build from fundamental concepts through to complex sensor and actuator testing with oscilloscopes — ensuring no student attempts advanced diagnostics without solid electrical foundations.

Synthesises all previous technical knowledge into professional fault-finding methodology. Students use scan tools, oscilloscopes, and systematic strategy to diagnose OBD-II fault codes, analyse live data, perform bi-directional tests, and solve complex intermittent faults — the competency that separates a qualified technician from a parts-changer.

Addresses the fastest-growing area of vehicle technology. Students must complete the Diagnostics section before this module, as ADAS fault-finding relies entirely on scan tool proficiency, live data interpretation, and systematic diagnostic strategy applied to camera, radar, and ultrasonic sensor systems.

The capstone section of the diploma, integrating electrical, diagnostic, and mechanical knowledge in the high-voltage domain. High-voltage safety is taught first as a non-negotiable prerequisite. Students progress through powertrain architecture, battery systems, power electronics, charging infrastructure, and finally EV-specific diagnostics — reflecting the logical dependency chain and the industry's accelerating shift to electrified vehicles.