Labtech’s Virtual TVET interactive digital learning content are designed as self- paced topics that can be used by the teacher or student for independent learning (minimal teacher involvement). The content can now be used online in the Labtech Academy (www.labtech-academy.com ). The learning materials or topics are designed to cover from the introduction to automotive systems such as basic engine fundamentals, electricity and electronics, braking systems, wheels and drive systems, steering and suspension systems. It also goes onto developing the students’ knowledge and skills leading to more advanced studies such as petrol and diesel fuel, systems, engine management, transmissions, and hybrid vehicles.
The virtual learning courses feature interactive animated 3D models of the technical item under study. This can be done in a realistic manner and featuring all the major system and subsystem components. The 3D models are realistic in detail, constructed layer by layer, and “assembled” in its animated format. Many of the 3D Models can be rotated to view from all sides.
There are over 1000 Knowledge Objects consisting of Background Theory, Component Identification & Descriptions, Assembly & Disassembly, Component Animations, Functional Animations, Assessments - Reference, Identification, and Location, designed to match the different learning styles based on visual and kinaesthetic principles. Electrical Fundamentals provides learners with a thorough understanding of the principles of Electrical components and the technologies behind those components. The content has been designed to meet international training standards (USA NATEF /ASE, Malaysia NOSS, and Philippines TESDA etc.) and covers all the requirements that students need to be able to meet those standards.
The learning modules contain numerous activities to allow users to practice their understanding of the principles of the learning modules. This is supported by numerous assessment activities in a number of formats. Designed to work on individually, in teams or as part of classroom exercises or presentations.
For Institutions, Labtech can set up a customized TVET Learning Management System (LMS), which runs on any PC/Laptop/Tablet. Our TVET LMS Institutional system is ideal for running our interactive new generation learning content either on campus or off campus. This version of our system provides more interactions with the teachers and the school can monitor the class and students’ progress.
The Labtech Institutional TVET LMS is a versatile platform that supports all contemporary modes of learning such as blended learning and flipping the classroom. It is a seamless multimedia SCORM compliant system and as such can easily be utilized within other LMS systems. It is has drag and drop capabilities along with bookmarking for creating classes and courses as well as groups. Complete assessment development is also available where students tests are delivered electronically, graded and recorded automatically with instant access. Different test question types are available like multiple choice, drag and drop, choose all or nay, true/false, matching, short answer and essay. Teachers can upload their own files to their organization's site. They can share this content with users within their organization or with all users globally - as they wish. The Labtech TVET system meets all SCORM compliant requirements for use in other LMS systems also.
In the institutional versions, Teachers have complete control over the content, assessment and grading scales. Teachers can modify and even design their own curriculum, modify Labtech content, and Import SCORM compliant modules for students to view. The Labtech TVET LMS content delivery system tracks individual student’s progress as they are guided through a technology rich curriculum, which enhances 21st Century Skill competency, in addition to ensuring students meet the required learning outcomes of the course. Reports can also be generated on class, school, district or national level.
Topic Number |
Name of Topic |
1. Basic Engine Fundamentals |
|
VTD-AUT-01-01 |
Engine Fundamentals |
VTD-AUT-01-02 |
4 Stroke Petrol Engine Cycle |
VTD-AUT-01-03 |
2 Stroke Petrol Engine Cycle |
VTD-AUT-01-04 |
4 Stroke Diesel Engine Cycle |
VTD-AUT-01-05 |
2 Stroke Diesel Engine Cycle |
VTD-AUT-01-06 |
Engine Cooling System |
VTD-AUT-01-07 |
Engine Lubrication System |
VTD-AUT-01-08 |
Valve Trains |
|
|
2. Automotive Electrical and Electronic Systems |
|
VTD-AUT-02-01 |
Series and Parallel Circuits |
VTD-AUT-02-02 |
Conventional Distributor Ignition System |
VTD-AUT-02-03 |
Electronic Ignition System |
VTD-AUT-02-04 |
Charging System - Alternator |
VTD-AUT-02-05 |
Starting Motor |
VTD-AUT-02-06 |
Starting and Charging Circuit |
VTD-AUT-02-07 |
Lighting Systems |
VTD-AUT-02-08 |
Windshield Wiper System |
VTD-AUT-02-09 |
Safety Restraining Systems (SRS) |
VTD-AUT-02-10 |
Automobile Battery |
|
|
3. Petrol Fuel Systems |
|
VTD-AUT-03-01 |
Petrol Fuel Delivery System |
VTD-AUT-03-02 |
Electric Petrol Fuel Pump |
VTD-AUT-03-03 |
Mechanical Petrol Fuel Pump |
VTD-AUT-03-04 |
Electronic Fuel Injection System (EFI) |
|
|
4. Diesel Fuel Systems |
|
VTD-AUT-04-01 |
Diesel Fuel Delivery System |
VTD-AUT-04-02 |
Diesel Injection Pump |
VTD-AUT-04-03 |
Common Rail Direct Injector (CRDI) |
|
|
5. Engine Management Systems |
|
VTD-AUT-05-01 |
Engine Speed Sensor System |
VTD-AUT-05-02 |
Engine Idle Control System |
VTD-AUT-05-03 |
Engine Management System |
VTD-AUT-05-04 |
Exhaust and Emission Control |
|
|
6. Manual Transmissions |
|
VTD-AUT-06-01 |
Hydraulic Clutch System |
VTD-AUT-06-02 |
Cable Operated Clutch System |
VTD-AUT-06-03 |
Manual Transmission |
|
|
7. Automatic Transmissions and Transaxles |
|
VTD-AUT-07-01 |
Automatic Transmission |
VTD-AUT-07-02 |
Continuously Variable Transmission (CVT) |
|
|
8. Wheel Drive Systems |
|
VTD-AUT-08-01 |
Front Wheel Drive Systems (FWD) |
VTD-AUT-08-02 |
Rear Wheel Drive System (RWD) |
VTD-AUT-08-03 |
Four Wheel Drive Systems (4WD) |
|
|
9. Propeller Shafts and Differential Gear |
|
VTD-AUT-09-01 |
Drive Shafts |
VTD-AUT-09-02 |
Differential Systems |
|
|
10. Brakes Systems |
|
VTD-AUT-10-01 |
Hydraulic Brake System |
VTD-AUT-10-02 |
Power Assisted Hydraulic Brake System |
VTD-AUT-10-03 |
Disc Brake System |
VTD-AUT-10-04 |
Drum Brake System |
VTD-AUT-10-05 |
ABS Anti-Lock Braking System |
VTD-AUT-10-06 |
Traction and Stability Control |
VTD-AUT-10-07 |
Pneumatic Air Brake System |
|
|
11. Steering and Suspension Systems |
|
VTD-AUT-11-01 |
Road Wheels and Tires |
VTD-AUT-11-02 |
Wheel Geometry (Alignment) |
VTD-AUT-11-03 |
Manual Steering System |
VTD-AUT-11-04 |
Hydraulic Power Steering Systems |
VTD-AUT-11-05 |
Electric Power Steering Systems |
VTD-AUT-11-06 |
MacPherson Strut (Rack & Pinion) Suspension System |
VTD-AUT-11-07 |
Double Wishbone (Parallelogram) Suspension System |
VTD-AUT-11-08 |
Self-Leveling and Ride-Controlled Suspension |
|
|
12. Air Conditioning and Heating Systems |
|
VTD-AUT-12-01 |
Air Conditioning and Heating System |
|
|
13. Hybrid Vehicles |
|
VTD-AUT-13-01 |
Hybrid Vehicle Fundamentals |
VTD-AUT-13-02 |
Hybrid Engine |
VTD-AUT-13-03 |
Hybrid Transaxle |
VTD-AUT-13-04 |
Hybrid Battery |
VTD-AUT-13-05 |
Hybrid Power Control Unit (PCU) |
VTD-AUT-13-06 |
Electric Motor and Generator |
VTD-AUT-13-07 |
Electronic Devices and Controls in Hybrid Vehicles |
VTD-AUT-13-08 |
Air Conditioning in Hybrid Vehicles |
VTD-AUT-13-09 |
Electronic Braking in Hybrid Vehicles |
|
|
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