Unlock the future of automotive technology with our Autotronics short course. Perfect for aspiring and seasoned mechanics, this course covers essential electronic systems in modern vehicles, including diagnostics, repairs, and advanced troubleshooting.
Available courses
Demonstrate understanding of the operating principles of hydraulics.This programme provides a combination of theory and practical activities.
The course addresses all the relevant disciplines needed for Hydraulics
Hydraulics is a topic in applied science and engineering dealing with the mechanical properties of liquids. At a very basic level hydraulics is the liquid version of pneumatics. Fluid mechanics provides the theoretical foundation for hydraulics, which focuses on the engineering uses of fluid properties. In fluid power, hydraulics is used for the generation, control, and transmission of power by the use of pressurized liquids. Hydraulic topics range through some part of science and most of engineering modules
This diesel mechanic training program spans eight modules, providing foundational and advanced skills. KM-01 focuses on workplace fundamentals, including teamwork, safety, and communication. KM-02 introduces vehicle systems, preventative maintenance, and customer care. KM-03 covers electrical basics, lubrication, and materials. KM-04 explores engine systems, including lubrication, cooling, and exhaust. KM-05 examines drivetrain, suspension, and stationary engines. KM-06 focuses on electrical, hydraulic, and pneumatic principles for diagnostics and maintenance. KM-07 addresses advanced vehicle systems like electronic controls, braking, and safety. KM-08 emphasizes engine performance, emissions, and systematic problem-solving. Together, these modules prepare learners for real-world challenges in diesel mechanics, ensuring safety, efficiency, and environmental compliance in their work.
This diesel mechanic training program consists of 13 practical skill modules designed to equip learners with essential hands-on expertise. The modules cover key areas such as workplace safety, tool and equipment use, metalworking, and handling mechanical and electronic components. Participants will learn to maintain, service, dismantle, and reassemble vehicle systems, including engines and sub-assemblies. Specialized modules focus on diagnosing and repairing vehicle, electrical, and electronically controlled systems. Additional skills include working with fluid power components and conducting repairs for engines and vehicle components. The program emphasizes a comprehensive approach to practical skills development, preparing learners for real-world challenges in the automotive and diesel mechanics industry.
This diesel mechanic training program encompasses 12 work experience modules, providing learners with essential on-the-job expertise. These modules focus on key aspects such as routine scheduled services, engine removal and installation, and repair of vehicle sub-systems. Participants will gain hands-on experience in diagnosing and repairing electrical, electronic control, and hydraulic systems. The program also includes practical training in servicing engines, drive train systems, and steering and suspension components. Learners will develop the skills needed to remove and replace engine and other vehicle sub-system components, ensuring comprehensive competence. By completing these modules, individuals will be equipped to handle real-world challenges in the diesel mechanics industry.
KM01 Workplace Fundamentals introduces essential workshop safety, communication, and teamwork principles. KM02 Foundational Concepts for Mechanics builds basic mechanical theory and practical understanding. KM03 Vehicle and Equipment Fundamentals explores key tools, fasteners, and mechanical systems. KM04 Basic Engine Systems covers the layout, function, and maintenance of petrol engine components. KM05 Vehicle, Equipment and Propulsion Systems expands on drive, brake, and steering systems within light vehicles. KM06 Electrical Systems and Basic Electronic, Hydraulic and Pneumatic Principles introduces auto-electrical systems, wiring, and basic fluid power principles. KM07 Advanced Vehicle and Equipment Systems dives deeper into vehicle diagnostics, sensors, and electronic systems. KM08 Problem Solving and Engine Optimisation focuses on systematic fault-finding and improving engine efficiency through analysis and technical reasoning.
PM01 Work Safely and Respond to Emergencies trains learners in health, safety, and emergency procedures.
PM02 Use Tools and Equipment develops competence in selecting and using automotive tools and machinery.
PM03 Cut and Join Metals teaches metal cutting, shaping, and joining techniques used in repairs.
PM04 Remove and Install Mechanical Components covers handling of seals, gaskets, bearings, and fasteners.
PM05 Work with Auto-Electric and Auto-Electronic Components introduces basic vehicle electronics and circuitry.
PM06 Work with Fluid Power Components involves working with basic hydraulic and pneumatic parts.
PM07 Maintain and Service Vehicles and Components focuses on routine servicing tasks.
PM08–PM10 cover dismantling, assessing, testing, and repairing engines and sub-assemblies.
PM11–PM13 advance to diagnosing and repairing complex vehicle, electrical, and electronic systems.
WM01 Routine Scheduled Services introduces learners to basic vehicle servicing and maintenance tasks.
WM02 Removal and Replacement of Engine Sub-Systems covers safe handling of batteries, filters, belts, and cooling parts.
WM03 Removal and Replacement of Vehicle Sub-Systems includes lights, suspension parts, and other essential vehicle components.
WM04 Engine Removal and Installation develops hands-on skill in removing, reinstalling, and aligning engines.
WM05 Repair Processes trains learners to repair engines, gearboxes, and differentials using manufacturer standards.
WM06 Electrical Systems Diagnosis and Repair focuses on charging, starting, and lighting system repairs.
WM07 Engine and Sub-System Diagnosis teaches advanced fault-finding and repair of internal engine issues.
WM08 Brake System Diagnosis and Repair includes fault diagnosis, testing, and repair of braking systems.
WM09 Drive Train Systems covers clutches, gearboxes, and differentials.
WM10 Steering and Suspension Systems focuses on diagnosis and repair of handling-related faults.
Light Vehicle (Competency-Based Module Training) Motor Mechanic Level 1 Summary:
Chapters cover automotive technology, safety, lubricants, tools, locking devices, gaskets, hand skills, vehicle components, lubrication systems, basic electricity, lifting equipment, vehicle servicing, and workplace communication. Each chapter includes vocabulary builders and review questions.
Light Vehicle (Competency-Based Module Training) Motor Mechanic Level 2 Summary:
Chapters cover technology fundamentals, bushes and bearings, servicing components, fuel systems, emissions control, cooling systems, engine lubrication, suspension components, steering and wheel components, metal fusing, and lighting systems. Each chapter includes vocabulary builders and review questions.
Light Vehicle (Competency-Based Module Training) Motor Mechanic Level 3 Summary:
Chapters cover cylinder head reconditioning, engine block servicing, fuel systems, basic electricity, ignition systems, engine efficiency, electrical components, clutch and transmission components, brake systems, and alternative fuel systems. Each chapter includes vocabulary builders and review questions.
Light Vehicle (Competency-Based Module Training) Motor Mechanic Level 4 Summary:
Chapters cover diagnosing and repairing advanced transmission systems, advanced mechanical and electronic systems, electronic ignition systems, air-conditioning systems, high-speed diesel engines, and diesel fuel injectors and pumps. Each chapter includes vocabulary builders and review questions.
Quick Instructions for Your Online Test
During the Test:
- Instructions: Read carefully.
- Technical Issues/Clarifications: Reach out to your instructor if needed.
- Time Management: Keep track of time.
Conduct and Integrity:
- Academic Integrity: Follow rules and avoid cheating. this is an official exam.
Good luck!
Quick Instructions for Your Online Test
During the Test:
- Instructions: Read carefully.
- Technical Issues/Clarifications: Reach out to your instructor if needed.
- Time Management: Keep track of time.
Conduct and Integrity:
- Academic Integrity: Follow rules and avoid cheating. this is an official exam.
Good luck!
Quick Instructions for Your Online Test
During the Test:
- Instructions: Read carefully.
- Technical Issues/Clarifications: Reach out to your instructor if needed.
- Time Management: Keep track of time.
Conduct and Integrity:
- Academic Integrity: Follow rules and avoid cheating. this is an official exam.
Good luck!
Quick Instructions for Your Online Test
During the Test:
- Instructions: Read carefully.
- Technical Issues/Clarifications: Reach out to your instructor if needed.
- Time Management: Keep track of time.
Conduct and Integrity:
- Academic Integrity: Follow rules and avoid cheating. this is an official exam.
Good luck!
Quick Instructions for Your Online Test
During the Test:
- Instructions: Read carefully.
- Technical Issues/Clarifications: Reach out to your instructor if needed.
- Time Management: Keep track of time.
Conduct and Integrity:
- Academic Integrity: Follow rules and avoid cheating. this is an official exam.
Good luck!
Quick Instructions for Your Online Test
During the Test:
- Instructions: Read carefully.
- Technical Issues/Clarifications: Reach out to your instructor if needed.
- Time Management: Keep track of time.
Conduct and Integrity:
- Academic Integrity: Follow rules and avoid cheating. this is an official exam.
Good luck!
Quick Instructions for Your Online Test
During the Test:
- Instructions: Read carefully.
- Technical Issues/Clarifications: Reach out to your instructor if needed.
- Time Management: Keep track of time.
Conduct and Integrity:
- Academic Integrity: Follow rules and avoid cheating. this is an official exam.
Good luck!
Quick Instructions for Your Online Test
During the Test:
- Instructions: Read carefully.
- Technical Issues/Clarifications: Reach out to your instructor if needed.
- Time Management: Keep track of time.
Conduct and Integrity:
- Academic Integrity: Follow rules and avoid cheating. this is an official exam.
Good luck!
Quick Instructions for Your Online Test
During the Test:
- Instructions: Read carefully.
- Technical Issues/Clarifications: Reach out to your instructor if needed.
- Time Management: Keep track of time.
Conduct and Integrity:
- Academic Integrity: Follow rules and avoid cheating. this is an official exam.
Good luck!
Quick Instructions for Your Online Test
During the Test:
- Instructions: Read carefully.
- Technical Issues/Clarifications: Reach out to your instructor if needed.
- Time Management: Keep track of time.
Conduct and Integrity:
- Academic Integrity: Follow rules and avoid cheating. this is an official exam.
Good luck!
Quick Instructions for Your Online Test
During the Test:
- Instructions: Read carefully.
- Technical Issues/Clarifications: Reach out to your instructor if needed.
- Time Management: Keep track of time.
Conduct and Integrity:
- Academic Integrity: Follow rules and avoid cheating. this is an official exam.
Good luck!
Quick Instructions for Your Online Test
During the Test:
- Instructions: Read carefully.
- Technical Issues/Clarifications: Reach out to your instructor if needed.
- Time Management: Keep track of time.
Conduct and Integrity:
- Academic Integrity: Follow rules and avoid cheating. this is an official exam.
Good luck!
Diagnose and Service Automobile Batteries and Battery System Components: This course covers essential skills for diagnosing and servicing vehicle batteries. Students learn to test battery capacity, measure Cold Cranking Amps (CCA), assess specific gravity, and perform battery maintenance, including cleaning terminals and addressing corrosion. The course emphasizes safety practices, the use of diagnostic tools like multimeters, and battery removal and replacement procedures.
Remove, Fit, Assemble, and Repair Automobile Auxiliary Harnesses: Focused on vehicle wiring, this course teaches safe removal, installation, and repair of auxiliary harnesses. Learners practice using tools for wire testing, splicing, and insulation, read wiring diagrams, and assemble custom harnesses. Safety protocols and troubleshooting techniques for circuit continuity and faults are integral components.
Mastering Automotive Electronics
This test is part of a qualification designed to prepare learners to become proficient in automotive electronics. Throughout the course, you will have developed the necessary skills and knowledge to understand, diagnose, and manage the complex electronic systems that power modern vehicles. These systems include everything from foundational electronics to advanced diagnostics, sensors, and autonomous technologies.
Automotive Electrical Circuit Diagnostics
Automotive Electrical Circuit Diagnostics involves the systematic process of identifying, tracing, and repairing faults within a vehicle's electrical system. This includes interpreting circuit diagrams and symbols to understand the wiring and components involved, such as those in the starting, charging, and ignition systems. Technicians use various tools and testing equipment to locate issues, which can range from faulty wiring to malfunctioning components like solenoids, starters, or alternators. The diagnostic process also involves safety precautions, risk assessments, and the completion of fault-finding reports. Mastery in these skills ensures that the vehicle's electrical systems function correctly, contributing to overall vehicle performance and safety.
Automotive Electrical Systems
Automotive electrical systems are essential for modern vehicles, powering everything from ignition and lighting to advanced features like infotainment and driver assistance. The system's core components include the battery, which stores energy for starting the engine and powering electrical components when the engine is off, and the alternator, which recharges the battery and powers the system while the engine runs. The fuse box protects circuits from overloads, and the wiring harness distributes power throughout the vehicle. Control modules, such as the Engine Control Unit (ECU), manage functions by processing data from sensors and sending commands to various components. Advanced vehicles use networks like the Controller Area Network (CAN) bus to enable communication between different control modules.
Introduction to Basic Mechanic
Basic Mechanic Course: Summary: This course is an essential foundation for aspiring technicians entering the motor industry, providing comprehensive knowledge in automotive mechanics. It covers fundamental topics, including motor trade terms, core mechanical concepts, and various automotive systems like engines, electrical systems, brakes, suspension, and more. Emphasizing safety, the course also focuses on hands-on skills development, teaching students to use essential tools for repairs and maintenance. Additionally, students learn preventative maintenance, diagnostics, troubleshooting, and basic welding techniques. By course completion, students will have a solid foundation to pursue further specialization and growth in the automotive trade.
Diagnose and Service Automobile Batteries and Battery System Components: This course covers essential skills for diagnosing and servicing vehicle batteries. Students learn to test battery capacity, measure Cold Cranking Amps (CCA), assess specific gravity, and perform battery maintenance, including cleaning terminals and addressing corrosion. The course emphasizes safety practices, the use of diagnostic tools like multimeters, and battery removal and replacement procedures.
Remove, Fit, Assemble, and Repair Automobile Auxiliary Harnesses: Focused on vehicle wiring, this course teaches safe removal, installation, and repair of auxiliary harnesses. Learners practice using tools for wire testing, splicing, and insulation, read wiring diagrams, and assemble custom harnesses. Safety protocols and troubleshooting techniques for circuit continuity and faults are integral components.
This unit standard is for individuals in the automotive engineering industry who diagnose and repair main automotive components according to workplace procedures and manufacturer manuals. Competency includes interpreting job instructions, preparing and conducting tests, diagnosing and repairing faults, applying safety procedures, and completing necessary documentation. Learners are expected to work autonomously on components from systems such as electrical, engine, drivetrain, brakes, hydraulics, and pneumatics. Prerequisite skills include the ability to work safely, dismantle, repair, and assemble automotive components at NQF Level 3. Recognition of prior learning is assumed in these areas. The unit standard ensures comprehensive competence in automotive repair tasks.
GAP Training - Section 26D-Petrol and Diesel Course
The ARPL: GAP Training for Section 26D (Petrol/Diesel) is designed to prepare learners for the Automotive Recognition of Prior Learning (ARPL) assessment. This course bridges the gap between existing skills and the competencies required to meet industry standards. Learners will engage in practical and theoretical training focused on key areas such as engine diagnostics, fuel systems, and emission control. The course is tailored to ensure that all participants are fully equipped with the knowledge and skills necessary to succeed in the ARPL assessment, ultimately leading to certification as a qualified artisan in the petrol or diesel trades.
This course manual provides a comprehensive overview of automotive systems and safety practices. It covers key topics including engine, electrical, and air-conditioning systems, offering historical context and detailed system overviews. The course outlines safety procedures, emphasizing the use of personal protective equipment (PPE), fire safety, and first aid. It also addresses hazardous waste management, including proper disposal of materials like used oil, batteries, and tires. The manual aims to equip automotive technicians with essential knowledge for vehicle maintenance, safety practices, and environmental awareness, ensuring proficiency in automotive service and repair. Knowledge assessment questions reinforce learning throughout the course.
Automotive parts such as the engine, wheels, doors, and various other parts, etc. All use many different types of fasteners. The fasteners are a generic term for all bits and pieces like bolts, nuts, screws, spacers, or springs used in practically every car component. We will learn all about this and the tools used in this trade. Learners will be able to explain the terms used to identify bolts and other threaded fastener, understand the strength ratings of threaded fasteners, Identify different type of washers and screws, different size pins and keys, proper use of none-threaded fasteners. They will be able to discuss how snap rings are used and the tools and Equipment involved in performing tasks (i.e., torque wrench).
This course manual focuses on the various hand tools used in the automotive trade. It covers a wide range of tools, including wrenches, screwdrivers, pliers, punches, chisels, files, hacksaws, cutters, and marking tools. Each tool is explained in detail, emphasizing proper use, selection, and safety practices. The manual also provides guidance on the correct technique for using tools like torque wrenches, screwdrivers, and hammers to ensure safety and prevent damage. It underscores the importance of choosing the right tool for each job to achieve precision and efficiency. Knowledge assessments at the end test understanding of the tools and their correct applications.
This course manual focuses on the care and use of measuring equipment in the automotive industry. It covers various measuring tools such as rulers, vernier calipers, outside micrometers, inside micrometers, depth micrometers, telescopic gauges, ball gauges, and dial gauges. Each tool's function, usage, and reading techniques are detailed, highlighting the importance of precision and accuracy in measurements. The manual emphasizes the need for proper handling and care of these sensitive instruments to ensure accurate results. It also includes practical examples, like measuring cylinder bores and crankshafts, reinforcing the application of these tools in real-world automotive scenarios. Knowledge assessments test comprehension and correct application of measurement tools.
This course manual provides an overview of engineering materials used in the automotive industry. It covers the classification of metals into ferrous and non-ferrous categories, detailing the properties and applications of each. Key topics include low, medium, and high carbon steels, each suited for different automotive components based on strength, flexibility, and corrosion resistance. The manual explores alloy steel and stainless steel, emphasizing their enhanced properties like corrosion resistance and durability. Non-ferrous metals, such as aluminum, copper, brass, and titanium, are discussed for their unique qualities like lightweight and conductivity. The manual concludes with a quiz to reinforce understanding of these materials and their applications.
This course manual covers bearings and bushes used in the automotive industry. It introduces the primary function of bearings and bushes: reducing friction and limiting wear on moving parts. The manual explains the different types of bushes (solid and split) and various bearings, including ball, roller, thrust, and taper roller bearings. It provides detailed insights into bearing loads (radial and thrust), bearing failures, their identification, and maintenance procedures like the renewal and adjustment of taper wheel bearings in light and heavy-duty vehicles. Practical guidance is included for bearing inspection, replacement, and adjustment. Knowledge assessments reinforce the understanding of bearings, bushes, and their correct applications.
This course manual introduces basic engineering drawings, covering the essential components, types of views, and standards used in technical design. It explains the purpose of engineering drawings, emphasizing their role in conveying all necessary information for manufacturing. Key topics include different line types (e.g., continuous, center, and break lines), orthographic projection (ISO standards), isometric views, and other perspectives like section and cutout views. The manual details the creation and interpretation of drawings, including flat patterns and auxiliary views, to enhance understanding. Information blocks, including title blocks, are explained to provide crucial details about the drawing. The course includes a quiz to test knowledge and application of these concepts.
This course manual covers gaskets and seals used in automotive applications, focusing on their types, uses, and manufacturing. Gaskets are mechanical seals preventing fluid and gas leakage, made from materials like copper, cork, rubber, and paper. The manual explains different gasket types, including rubber, copper, cork, and liquid formed-in-place gaskets, emphasizing their importance in vehicle maintenance. Seals, including O-rings, lip seals, and mechanical seals, are discussed for their roles in preventing fluid leaks and protecting moving parts. The guide provides instructions on making gaskets, highlighting the need for precision. The manual concludes with a quiz to test knowledge of gasket and seal types and applications.
This course manual covers the use and safety of electric and pneumatic power tools in automotive workshops. It explains the differences between these tools, their applications, and the importance of choosing the right tool for the job. The manual emphasizes power tool safety, detailing guidelines for proper handling and maintenance. It describes various power tools such as pedestal grinders, angle grinders, drills, air compressors, and pneumatic tools like impact wrenches and air ratchets. The guide also includes instructions on grinding wheel dressing and choosing the correct drill bits for different materials. A quiz at the end tests the knowledge gained on power tool safety, usage, and types.
This course manual covers the safe use and handling of sling load and lifting equipment in automotive applications. It provides detailed instructions on lifting techniques, hoisting hand signals, and the use of various lifting equipment such as wire rope slings, chain slings, rope and chain blocks, hoists, and floor jacks. Emphasizing safety, the manual guides on proper lifting methods, the importance of equipment inspection, and how to prevent accidents. Key concepts include selecting appropriate lifting equipment, understanding working load limits (WLL), and correctly using hand signals. The manual concludes with a quiz to reinforce learning about equipment identification, safety procedures, and proper use.
This course covers various welding techniques, including soft soldering, arc welding, oxy-acetylene welding, oxy-acetylene cutting, and brazing. Soft soldering is ideal for joining small, intricate metal parts without causing deformation. Manual arc welding, one of the simplest methods, utilizes an electric arc for fusion. Oxy-acetylene welding, or gas welding, combines oxygen and acetylene in a hand-held torch, producing a flame with a temperature of approximately 3,200°C. Oxy-acetylene equipment includes separate gas tubes, control valves, a mixer chamber, and a flame tube, allowing for precise control over the welding process. This course provides foundational skills in these essential welding techniques.
This course manual introduces the fundamentals of motor vehicle components and systems. It covers various vehicle parts, including the body, chassis, drivetrain, suspension, cooling system, and fuel system. The manual explains the functions of petrol and diesel engines, focusing on combustion processes and engine classification. It also discusses engine components like turbochargers, the starter motor, alternator, clutch, gearbox, and braking systems. The course aims to give students a comprehensive understanding of vehicle systems, components, and their operations. It concludes with a quiz to reinforce knowledge, covering topics such as engine operation, cooling system components, and the structure of different vehicle chassis.
This course manual focuses on lubrication services for Light Duty Vehicles (LDVs) and Heavy Duty Vehicles (HDVs). It covers the fundamentals of oils and greases, their purposes, types, and viscosity ratings. The manual guides performing basic lube services, including oil changes, lubrication of engine components, and checking fluid levels. It outlines the procedures for changing oils in different vehicle components, such as manual and automatic transmissions, differentials, and cooling systems. The course emphasizes safety practices, the importance of selecting the correct lubricants, and maintaining proper fluid levels to ensure vehicle longevity and performance. A quiz at the end reinforces understanding of key concepts and procedures.
Phase 1 Knowledge Test: Automotive Light/Heavy Vehicle - 1 (Paper 1)
Phase 1 Knowledge Test: Automotive Light/Heavy Vehicle - 1 (Paper 1)
This course provides an in-depth understanding of the structure, function, and maintenance of automotive cylinder heads. Participants will learn how to disassemble, inspect, clean, and overhaul cylinder heads, as well as replace and time essential components such as valves, camshafts, and gaskets. The course covers the tools and techniques required for accurate measurements, valve lapping, leak testing, and component reassembly, ensuring reliable engine performance. By the end of the course, students will be able to apply their skills in practical engine cylinder head maintenance and overhauling.
This course offers a detailed understanding of engine block maintenance and repair for automotive light and heavy vehicles. Students will learn how to assess, disassemble, and overhaul critical components such as the cylinder block, crankshaft, pistons, and connecting rods. The course covers essential tools, techniques, and safety procedures for tasks like bore measurements, crankshaft fitment, piston ring checks, and liner protrusion assessment. By the end of the course, participants will be equipped with practical skills for accurate engine block reassembly and performance testing, ensuring a successful engine overhaul
This course provides a comprehensive understanding of automotive cooling systems, covering both light and heavy vehicles. Participants will learn the function of engine cooling systems, how to identify various cooling system types, and the critical components involved, such as radiators, water pumps, and thermostats. The course also covers diagnosing cooling system problems, including leaks and overheating, and testing system pressure and thermostats. By the end of the course, students will be able to maintain and troubleshoot cooling systems, ensuring optimal engine performance and preventing overheating
This course provides comprehensive knowledge of engine lubrication systems for both light and heavy vehicles. The course covers essential topics such as oil viscosity, the function of lubrication systems, oil pump operations, oil pressure testing, and diagnosing common lubrication issues. Students will learn about various lubrication system components, including oil filters, pumps, coolers, and pressure relief valves. Additionally, the course delves into heavy-duty vehicle lubrication systems, trailer and semi-trailer applications, and manual lubrication techniques. By the end, participants will be equipped to maintain, troubleshoot, and enhance lubrication systems for improved engine performance
On this course we will learn about the basic automotive electrical systems. The primary use of the electrical system is to power all electrical and electronic devices in a vehicle. starting from the electrical motor, sensors, gauges, heating element, headlights, brake and traffic lights, radio, television, air conditioning system, blowers, interior lights, refrigerator system, ignition system, etc. all these components receive power from a battery and the battery is charged by the alternator.
This course provides comprehensive knowledge of fuel systems for both light and heavy vehicles. The course covers essential topics such as carburetors, single-point fuel injection, K-Jetronic continuous injection, multiport common rail injection, and diesel systems. Students will learn about fuel system components, including injectors, fuel pumps, and pressure regulators, and will be trained in testing fuel pressure and diagnosing common fuel system issues. Additionally, the course delves into advanced diesel systems, including common rail diesel and unit injectors. By the end, participants will be equipped to maintain, troubleshoot, and enhance fuel systems for optimal engine performance
This course offers a detailed understanding of tuning procedures for both petrol and diesel engines in light and heavy vehicles. Participants will learn to perform tune-ups on older and modern ignition systems, conduct wet and dry compression tests, and use diagnostic tools like oscilloscopes. The course covers essential engine components such as spark plugs, fuel systems, and ignition coils. Students will also learn to diagnose and rectify common performance issues, ensuring engines run efficiently. By the end of the course, participants will be equipped to maintain, troubleshoot, and enhance vehicle performance through proper engine tuning.
The course the Suspension & Steering system as well as Wheel alignment.
We look at the components of a vehicles suspension system and its basic functions. These are Maintain correct vehicle ride height, Reduce the effect of shock forces, Maintain correct wheel alignment, Support vehicle weight, Keep the tyres in contact with the road and Control the vehicle's direction of travel.
We will also cover the main function of the steering system which provides vehicle turning as per the driver will, directional stability, it converts the rotary movement of the steering wheel into an angular turn of front wheels and absorbs road shock from being transmitted to a driver's hands.
Finally, we cover wheel alignment which involves a mechanical adjustment of vehicle suspension to influence the direction and angle of the tyre’s contact with the road surface.
We look at the components of a vehicles suspension system and its basic functions. These are Maintain correct vehicle ride height, Reduce the effect of shock forces, Maintain correct wheel alignment, Support vehicle weight, Keep the tyres in contact with the road and Control the vehicle's direction of travel.
We will also cover the main function of the steering system which provides vehicle turning as per the driver will, directional stability, it converts the rotary movement of the steering wheel into an angular turn of front wheels and absorbs road shock from being transmitted to a driver's hands.
Finally, we cover wheel alignment which involves a mechanical adjustment of vehicle suspension to influence the direction and angle of the tyre’s contact with the road surface.
This course offers a thorough understanding of the drivetrain systems used in light and heavy vehicles. Participants will learn the purpose, function, and key components of drivetrains, including the transmission, driveshaft, differential, and axle shafts. The course covers different drivetrain types, such as front-wheel drive (FWD), rear-wheel drive (RWD), all-wheel drive (AWD), and four-wheel drive (4WD). Students will explore torque, horsepower, gear ratios, and manual and automatic transmission systems. By the end of the course, participants will be equipped with the skills to dismantle, assemble, and troubleshoot drivetrain components
This course provides a thorough understanding of both manual and automatic transmission systems for light and heavy vehicles. Participants will learn about different transmission types, including manual, automatic, and continuously variable transmissions (CVT), as well as the purpose and function of gears. The course covers the components and workings of manual transmissions, including gear ratios, synchronizers, and clutch systems, with hands-on guidance for assembling and disassembling procedures. Additionally, students will explore automatic transmission systems, focusing on torque converters, planetary gear sets, and hydraulic control systems. By the end, participants will be able to maintain, troubleshoot, and repair transmission systems
This course provides comprehensive knowledge of pneumatic systems in light and heavy vehicles. Participants will learn the basic concepts of pneumatics, including system design, component functions, and the operation of control valves, actuators, and cylinders. The course covers air preparation, filtration, and pressure regulation techniques, along with troubleshooting and maintenance strategies for pneumatic systems. Students will explore real-world applications, such as pneumatic braking, trailer applications, and control systems. By the end, participants will
This course offers a comprehensive understanding of clutch systems in both light and heavy vehicles. The course covers the purpose, functions, and types of clutches, including single-plate, multi-plate, diaphragm, and centrifugal clutches. Participants will learn the principles of clutch operation, such as friction, hydraulic mechanisms, and how clutches engage and disengage the transmission system. Common clutch issues, including clutch slipping, dragging, and excessive noise, are also explored, equipping students with diagnostic skills. By the end of the course, participants will be able to maintain, troubleshoot, and repair various clutch systems.
This course offers an in-depth understanding of propeller shafts (propshafts) for both light and heavy vehicles. Participants will learn the function and structure of propshafts, including key components such as universal joints, slip yokes, and center bearings. The course covers different types of propshafts, including single-piece and multi-piece designs, and explores common issues like vibration, imbalance, and worn components. By the end of the course, students will have the knowledge to maintain, troubleshoot, and repair propshaft systems, ensuring smooth power transmission from the engine to the drivetrain.
This course offers comprehensive knowledge of differential systems in light and heavy vehicles. Participants will learn the principles of differential operation, including how differentials allow wheels to rotate at varying speeds during turns. The course covers essential components such as crown wheels, pinion gears, and spider gears, alongside procedures for stripping, cleaning, and reassembling differentials. Students will also learn to inspect and measure key specifications such as backlash, preload, and tooth contact patterns. By the end of the course, participants will be equipped to maintain, troubleshoot, and repair differential systems.
On this course cover the different braking systems, functions and parts. Learners will be able to identify the different braking systems, understand the basic HDV air brake systems, HDV Antilock Braking Systems (ABS), HDV Brake Retarders, Basic hydraulic brakes and the hydraulic ABS.
This course provides an in-depth understanding of common rail diesel systems for both light and heavy vehicles. Participants will learn how the common rail system operates, including the high-pressure pump, fuel rail, injectors, and various sensors. The course covers key topics such as fuel pressure regulation, injection timing, and troubleshooting common rail components. Students will gain hands-on experience diagnosing and repairing common rail diesel systems, and by the end, will be able to efficiently maintain and enhance these systems for improved engine performance.
This course provides an in-depth understanding of exhaust systems for both light and heavy vehicles. Participants will learn the function, construction, and operating principles of various exhaust system types, including single and dual exhausts. The course covers essential components such as mufflers, catalytic converters, oxygen sensors, and resonators. Students will explore common exhaust issues, including leaks, rust, and blockages, and learn methods for maintaining and repairing these systems. By the end, participants will be able to diagnose, maintain, and enhance exhaust systems for improved vehicle performance.
This course provides a comprehensive understanding of turbocharging systems in both light and heavy vehicles. Participants will learn about key components such as turbines, compressors, bearings, and intercoolers, along with their respective functions and operational principles. The course covers various aspects of turbocharger service, including dismantling, inspection, and reassembly, as well as wastegate and blow-off valve operations. Students will also explore turbocharger lubrication, turbo lag, and performance testing. By the end of the course, participants will be equipped to maintain, troubleshoot, and optimize turbocharging systems for enhanced engine performance.
This course provides foundational knowledge of hydraulic systems in both light and heavy vehicles. Participants will learn the basic theory of hydraulics, including the use of pumps, motors, valves, and cylinders. The course covers hydraulic symbols (DIN and ISO), filtration, contamination, and hose construction. Students will gain practical skills in maintaining and troubleshooting hydraulic systems, learning about pressure control, fluid dynamics, and system safety. By the end of the course, participants will be equipped to handle hydraulic system maintenance, ensuring optimal performance in various applications.
Braking Systems
Tyres, Wheels, Suspension, And Steering Systems
This qualification equips learners to work as Automotive Sales Advisors. These modules cover essential knowledge areas for professionals in vehicle sales and services. Workplace Safety, Health, Environment, and Quality ensure compliance with safety standards and promote a healthy work environment. World of Work Fundamentals introduces foundational skills for thriving in the workplace. Customer Service emphasizes effective interaction with clients to meet their needs. Sell Products and Services focuses on key sales techniques. Handling Stock ensures proper inventory management. Merchandise, Market, and Promote Vehicle Stock develop marketing strategies for vehicle promotion. Vehicle Finance covers financial aspects of vehicle sales, while Finalise the Sale ensures smooth transaction completion and customer satisfaction.
Practical Skill Modules for Automotive Sales Advisors: These modules provide hands-on skills essential for a successful Automotive Sales Advisor. Work Safely focuses on adhering to workplace safety regulations to ensure a secure environment. Sell Automotive Products and Services covers practical techniques for effectively selling vehicles and related products. Deal with and Promote Stock teaches strategies for managing and marketing inventory. Control Inventory emphasizes accurate stock control, ensuring availability and efficient turnover of products. Vehicle Service Operational Activities provide insights into managing vehicle servicing operations, enhancing customer satisfaction, and ensuring smooth after-sales processes. These skills prepare advisors for efficient sales, inventory management, and customer interactions in the automotive industry.
Work Experience Modules for Automotive Sales Advisors: This qualification equips learners to work as Automotive Sales Advisors, specializing in selling vehicles, parts, accessories, and services within wholesale or retail automotive settings. Key responsibilities include engaging with clients to sell automotive vehicles, offering vehicle parts or accessories, and promoting vehicle services. Sales advisors interact with both existing and potential customers to meet their automotive needs and contribute to the sales environment. The role requires strong communication and sales skills to effectively close deals on vehicles, parts, and services while maintaining customer satisfaction.
The SP 0990/17-17: Automotive Service Advisor course (52 Credits) equips learners with essential skills for managing vehicle service environments. This comprehensive program includes modules on making appointments and controlling vehicle flow (259957), processing service requests (259919), managing workflow (259884), and applying customer care skills (119676). Learners will also develop ethical business conduct (242655), effective communication (119472, 119457, 119467), automotive product knowledge (259877), and vehicle handover skills (259878). The course prepares students to excel in service advisor roles, ensuring high standards in customer service and operations.
This course equips learners with essential skills to thrive as automotive parts salespeople, covering internal department interactions, order processing, and inventory management. Students will gain expertise in advising customers to optimize choices, generating sales opportunities, and demonstrating comprehensive vehicle product knowledge. The course also includes training in Occupational Health and Safety legislation and effective communication to ensure sustained, professional engagement with customers and team members. This program builds a strong foundation for a successful career in automotive parts sales.
English Fundamentals
The Service Advisor Fundamentals focus on essential communication skills, including interpreting and using information from various texts, writing and presenting in diverse contexts, and using language effectively in occupational learning programs. These fundamentals also emphasize the importance of analyzing and responding to texts, accommodating audience and context needs, and engaging in sustained oral or signed communication while evaluating spoken or signed texts. The aim is to ensure that service advisors are proficient in both written and oral communication, enabling them to perform effectively in a professional environment.
Mathematics
The three mathematics modules in the fundamentals focus on applying statistical and probabilistic knowledge to analyze and communicate findings or solve problems, representing and calculating shapes and motion in both two- and three-dimensional spaces, and utilizing mathematics to investigate and monitor financial issues across personal, business, national, and international contexts. These modules are designed to equip individuals with the essential mathematical skills necessary for problem-solving, financial management, and spatial reasoning in various professional and personal scenarios.
Core
The core modules focus on essential skills for maintaining ethical business practices, advising customers on optimal choices, and effectively interacting with internal departments and external sales support structures. They emphasize the application of customer care skills in specific work environments, generating selling opportunities, and evaluating personal sales performance within the retail industry. Additionally, the modules cover conducting sales and facilitating the sales of products to fleet owners. Together, these modules equip individuals with the necessary competencies to excel in various sales and customer service roles while upholding ethical standards
Electives
The elective modules focus on specific tasks related to vehicle servicing and customer interaction. They cover the process of handing over a serviced vehicle, processing service and repair requests, and scheduling vehicles for servicing. Additionally, they include orientating customers to the technical features of a motorcycle and demonstrating product knowledge of vehicle components and systems. These modules are designed to equip individuals with the practical skills needed to manage vehicle service operations and effectively communicate technical information to customers.
English Fundamentals
The Service Advisor Fundamentals focus on essential communication skills, including interpreting and using information from various texts, writing and presenting in diverse contexts, and using language effectively in occupational learning programs. These fundamentals also emphasize the importance of analyzing and responding to texts, accommodating audience and context needs, and engaging in sustained oral or signed communication while evaluating spoken or signed texts. The aim is to ensure that service advisors are proficient in both written and oral communication, enabling them to perform effectively in a professional environment.
This course set covers essential business management skills. It includes managing budgets effectively (242810), conducting efficient meetings (242816), and solving problems with strategic decision-making (242817). Building team motivation (242819) and employing systematic approaches for objective achievement (242822) are also core components. Leadership skills are enhanced through practical application in various work contexts (242824), and the course concludes with techniques for monitoring and maintaining customer service levels (242829). This comprehensive program is designed to develop a well-rounded, effective manager capable of handling diverse business challenges.