Redefining Automotive Technical Education

GET SMARTER, FASTER.

This catalog provides our educational partners and training providers with a comprehensive overview of Labtech’s virtual automotive curriculum—a new generation of interactive digital learning content built for the modern technician. Our approach is designed to accelerate comprehension and skill development by leveraging a powerful, self-paced learning environment that empowers students to take control of their education.

Our core mission at Labtech is to make technology visible through knowledge engineering. To achieve this, our Virtual TVET content is intentionally designed for independent study with minimal teacher involvement, offering a highly flexible and scalable solution for a wide range of educational models, from on-campus labs to remote learning programs. This unique methodology is powered by an advanced technological platform that transforms how complex automotive concepts are taught and mastered.

Labtech Virtual TVET Advantage: An Interactive Learning Ecosystem

The effectiveness of our curriculum is rooted in a learning platform that is as innovative as the content it delivers. We believe that the methodology is just as critical as the subject matter for developing highly skilled technicians. The Labtech Virtual TVET ecosystem is engineered to engage students through dynamic, hands-on digital experiences that build deep, lasting knowledge.

The core pedagogical features of our platform include:

• Interactive 3D Models: Students can explore highly realistic 3D models of key automotive components and systems. These models are constructed layer-by-layer, can be “assembled” in an animated format, and rotated for a complete 360-degree view, providing an unparalleled understanding of component relationships and system functions.
• Comprehensive Knowledge Objects: The curriculum is built upon a vast library of over 1000 Knowledge Objects that cover every facet of a topic. These resources include Background Theory, Component Identification & Descriptions, Assembly & Disassembly procedures, Component Animations, Functional Animations, and Assessments covering Reference, Identification, and Location, all designed to support diverse learning styles through proven visual and kinaesthetic principles.
• Multi-Modal Learning Support: Our content is intentionally designed to match different learning styles. By integrating highly detailed visuals, animations, and interactive tasks, the curriculum is founded on proven visual and kinaesthetic principles that enhance engagement and knowledge retention.
• Flexible Learning Scenarios: The modules are versatile and can be effectively deployed in various educational settings. They are equally powerful when used by students working individually, by collaborative teams, or as dynamic presentation tools, with all scenarios supported by numerous activities designed to let users actively practice and apply their understanding.

Alignment with Global Industry Standards

Our curriculum has been meticulously developed to meet rigorous international training standards, ensuring that students are prepared for global career opportunities. The content aligns with the requirements of leading industry bodies, including:

• USA NATEF/ASE
• Malaysia NOSS
• Philippines TESDA

This commitment to global standards ensures that our partners can deliver a world-class education that equips learners with the credentials they need to succeed. The following sections detail the specific modules available within this powerful learning ecosystem.

A Comprehensive Pathway to Automotive Mastery

The Labtech automotive curriculum is structured to provide a complete and logical progression from fundamental principles to the most advanced vehicle systems. This pathway approach ensures that students build a solid foundation of knowledge before advancing to more complex topics, resulting in a thorough and comprehensive understanding of modern automotive technology.

Basic Engine Fundamentals

This foundational module introduces learners to the core principles of the internal combustion engine. Topics cover the essential components, operating cycles, and fundamental concepts that govern engine performance, providing the critical groundwork for all subsequent engine-related studies.

Electrical & Electronic Systems

Students will gain a thorough understanding of the principles of automotive electrical components and circuits. This module explores the technologies behind modern vehicle electronics, covering everything from basic circuits to complex electronic control systems.

Petrol Fuel Systems

This module focuses on the systems responsible for fuel storage, delivery, and management in gasoline-powered vehicles. Learners will explore the components and operational characteristics of various petrol fuel systems, from basic carburetors to advanced electronic fuel injection.

Diesel Fuel Systems

Focusing on the unique requirements of diesel engines, this module covers high-pressure fuel injection systems, components, and management strategies. Students will learn the principles of diesel combustion and the technologies used to optimize performance and control emissions.

Engine Management Systems

Learners will dive into the complex world of modern electronic engine controls. This advanced module covers the network of sensors, actuators, and control units that monitor and manage engine operation for optimal power, efficiency, and emissions.

Manual Transmissions

This module details the design and function of manual gearboxes, clutches, and related drivetrain components. Through interactive models, students will learn about gear ratios, power flow, and the principles of transferring torque from the engine to the driveline.

Auto Transmissions & Transaxles

Exploring the intricacies of automatic transmissions, this module covers key components such as torque converters, planetary gear sets, and hydraulic control systems. Learners will understand how these systems automatically manage gear selection and power delivery.

Wheel Drive Systems

This module examines the different configurations for delivering power to the wheels. It covers the components and mechanics behind front-wheel drive, rear-wheel drive, and all-wheel drive systems, explaining how each layout affects vehicle handling and performance.

Propeller Shafts & Differentials

Students will learn about the critical driveline components that transmit power from the transmission to the drive wheels. This module covers the function of propeller shafts, universal joints, and differentials in managing torque distribution and wheel speed.

Brakes Systems

Covering one of the most critical safety systems, this module provides a comprehensive overview of modern automotive braking. Topics include hydraulic principles, anti-lock braking systems (ABS), and the design of disc and drum brake assemblies.

Steering & Suspension Systems

This module explores the systems that control vehicle direction and ride quality. Learners will study the principles of wheel alignment, the function of various suspension designs, and the operation of both manual and power-assisted steering systems.

Automotive HVAC

Focusing on passenger comfort systems, this module covers the principles of heating, ventilation, and air conditioning (HVAC). Students will learn about the refrigeration cycle, climate control systems, and the components that regulate cabin temperature.

Hybrid Vehicles

This forward-looking module introduces the technologies behind hybrid electric vehicles (HEVs). It covers the fundamental principles of hybrid powertrains, high-voltage battery systems, and the integration of internal combustion engines with electric motors.

This comprehensive range of modules provides a complete training solution, and we offer a robust system for integrating this curriculum into your institution’s programs.

Partnership and Institutional Implementation

For our institutional partners, we provide a strategic implementation solution that goes far beyond simple content access. We understand that effective integration is key to student success, and we offer a powerful platform designed to enhance program management and instructional oversight.

Labtech can establish a customized TVET Learning Management System (LMS) for your institution. This platform is specifically designed to host our interactive digital content and provide a seamless experience for both students and instructors.

The key benefits of the institutional TVET LMS include:

• Platform Compatibility: The LMS is designed for maximum accessibility and runs on any PC, Laptop, or Tablet, ensuring students can learn anytime, anywhere.
• Flexible Deployment: Our system is ideal for running content in any educational environment, whether fully on-campus, off-campus, or in a blended learning model.
• Enhanced Monitoring: The institutional version provides robust tools for instructors and administrators. It facilitates greater teacher interaction and allows the school to effectively monitor class-wide and individual student progress.

With this powerful combination of world-class content and a dedicated management system, your institution is fully equipped for success, and our team is ready to help you get started.

Connect with Labtech

We invite prospective partners, institutes, and training providers to discover how the Labtech Automotive Training series can transform your technical education programs. To learn more about our curriculum and institutional implementation options, please contact our team.

Refrigeration and Air Conditioning (HVAC)

Get Smarter, Faster in HVAC

Welcome to the forefront of technical education. The Labtech Virtual TVET program for Refrigeration and Air Conditioning (HVAC) is a comprehensive digital learning solution designed to take you from foundational principles to advanced system knowledge. Available through our online platform, the Labtech Academy (www.labtech-academy.com), this interactive course is built for self-paced, independent study, giving you the flexibility to master complex topics with minimal teacher involvement. This unique structure allows you to learn effectively on your own schedule, building confidence and competence in the HVAC field.

This program moves beyond traditional textbooks by embracing a dynamic and interactive digital environment. Let’s explore the modern learning methodology that makes this course so effective.

A Modern Approach to Technical Learning

Our virtual training program is built on an innovative methodology designed to engage different learning styles and deepen understanding through active participation. This approach ensures that you don’t just memorize information, but truly grasp the mechanics and principles behind HVAC technology.

• Interactive Animated 3D Models: Get a hands-on feel for the equipment without being in a physical workshop. Our realistic, rotatable 3D models allow you to virtually “assemble” components layer-by-layer. This immersive exploration makes complex systems and subsystems significantly easier to understand.
• Extensive Knowledge Objects: The course is comprised of over 1000 Knowledge Objects, including background theory, component animations, and functional diagrams. This rich library of content is specifically designed to cater to diverse learning styles, especially those who learn best through visual and kinaesthetic (hands-on) experiences.
• Hands-On Practice & Assessment: Knowledge is best retained when it is applied. The learning modules are packed with numerous activities that allow you to actively practice the principles you’ve learned. Designed to be flexible, these modules can be worked on individually, in teams, or as part of classroom exercises. This is supported by a wide range of assessments to test your understanding and track your progress.

This powerful combination of digital tools and targeted content is applied across a structured curriculum designed to build your expertise systematically.

Your Learning Journey

The curriculum is structured to build your knowledge progressively, covering everything from fundamental principles and the use of technical instruments to specialized, real-world applications. Each module represents a critical area of study on your path to becoming a knowledgeable HVAC technician.

1. HVAC Fundamentals: The essential principles that form the basis of all heating, ventilation, and air conditioning knowledge.
2. Electric Circuit & Controls: A deep dive into the electrical components and control systems that operate HVAC equipment.
3. Electric Motors: A focused study on the types of electric motors used in refrigeration and air conditioning.
4. Refrigeration & AirCon Compressors: Understanding the heart of the refrigeration cycle and the mechanics of compressors.
5. Refrigeration System Components: A detailed look at the individual parts that make up a complete refrigeration system.
6. Refrigeration Systems: Synthesizing knowledge to understand how residential and commercial refrigeration systems operate as a whole.
7. Air Conditioning Systems: Exploring the principles and application of air conditioning in various settings.
8. Automotive Air Conditioning: A specialized module covering the unique systems found in vehicles.

This comprehensive curriculum isn’t just a collection of topics; it’s a carefully designed program built upon globally recognized industry benchmarks.

Aligned with International Standards

Completing a training program that is recognized internationally provides a significant advantage in the job market and ensures you are learning to a global standard of excellence. The content within this virtual HVAC course has been carefully designed to meet the requirements of multiple international training standards.

This alignment validates the quality of your training and the skills you acquire, making you a more competitive candidate for employers worldwide. The standards we align with include:

• ASHRAE USA
• Malaysian NOSS
• Philippines TESDA

This commitment to quality and global standards ensures that your learning journey is not only engaging but also career-focused.

5.0 Begin Your Training Today

The Labtech Virtual TVET program offers a comprehensive and standards-aligned path to gaining in-demand HVAC skills. By combining interactive 3D models, over a thousand dynamic Knowledge Objects, and a flexible, self-paced format, our platform is designed to help you get smarter, faster. You will build a strong foundation for a successful career in the refrigeration and air conditioning industry.

Take the first step toward your new career by exploring our free trial or subscribing to the full course today.