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This course is designed to provide students with knowledge about body parts and trim when working with today's modern vehicles. This course begins with terminology and safe work practices, covering body components and accessories as well as types of electrical and electronic systems used in body and trim. This course also covers the types and ** of noise, vibration, and harshness, as well as the correct procedures for adjusting, diagnosing, repairing, and replacing body parts and trim.
Specifically, it includes: 1Terminology and safe working practices: An introduction to the language used in the automotive industry with an emphasis on safety protocols.
In the "Terminology and Safe Work Practices" section, students will learn specific vocabulary commonly used in the automotive industry. This includes terminology related to body parts, trim parts, and vehicle systems. Emphasis will be placed on understanding and using accurate terminology for effective communication within the automotive sector.
In addition, the module will focus on instilling safety practices and protocols necessary to work in an automotive environment. Students will be educated on proper procedures to ensure their health and the well-being of others, including aspects such as the use of personal protective equipment, safe handling tools, and adherence to industry-standard safety guidelines. These fundamentals provide the foundation for a safe and informed approach for the rest of the course.
Includes basic body parts such as:
1.Fenders: Panels that cover and protect the wheel wells.
2.Bumpers: The front and rear structures are designed to absorb impact and protect the vehicle.
3.Side panels: Exterior body panels located behind the rear doors.
4.Decorative elements: Various decorative or protective features, such as trims, logos, and accents.
Regarding vehicle systems, students will learn about:
1.Electrical system: Components such as wiring, switches, and lights that are critical to the vehicle's functionality.
2.Electronic systems: Advanced systems involving sensors, control modules, and actuators for specific functions.
3.Control module: A device that manages electronic systems and ensures proper communication between components.
4.Sensors and actuators: Instruments that detect changes in electronic systems and initiate responses.
This detailed knowledge provides students with a solid foundation for effective communication and understanding in the automotive field.
IIBody Parts & Accessories: Explore the individual parts that make up a body body, including exterior features and accessories.
In the Body Parts and Accessories section, students will begin a comprehensive exploration of the complex components that make up a body body. This includes an in-depth study of the basic external characteristics:
1.Body panels: Inspect elements such as doors, hoods, trunks, and roofs that define the structure of the vehicle.
2.Glass components: Learn about the role of windshields, windows, and mirrors in safety and aesthetics.
3.Lighting systems: Take a deep dive into a variety of lights, including headlights, taillights, and turn signals, which are components of visibility and signal lights.
In addition, the module will also cover a wide range of accessories such as:
1.Exterior: Explore decorative elements such as chrome trim, trim strips, and badges to enhance your vehicle's appearance.
2.Functional accessories: Study aesthetically pleasing and practical components such as roof racks, spoilers and towing hooks.
This comprehensive exam is designed to provide students with a nuanced understanding of the various components and accessories involved in the overall structure and function of a modern car.
IIIElectrical and electronic systems: Learn about the electrical and electronic systems integrated in modern vehicles, especially those related to body and trim functions.
In the Electrical and Electronic Systems section, students will begin to explore in detail the complex electrical and electronic systems that play a vital role in the functionality of modern vehicles, with a particular focus on body and trim functions.
1.Electrical Systems: An in-depth look at the essential components that power a variety of vehicle functions, such as wiring, switches, and circuits, including those directly related to the body.
2.Electronic systems: Learn about more advanced electronic components, such as sensors, control modules, and actuators, which control specific aspects of a vehicle's body and trim.
3.Body and trim features: Examine how these electrical and electronic systems contribute to key functions of the body and trim, such as automatic windows, central locking, lighting control, and other functions that are integral to the overall operation of the vehicle.
With an in-depth understanding of these systems, students will be able to diagnose, repair, and maintain complex electrical and electronic components integrated into modern vehicle designs.
FourthNoise, Vibration and Harsh (NVH): Examine the different types and types of noise, vibration and harshness in the vehicle and learn how to fix them.
In the Noise, Vibration and Harsh (NVH) module, students will examine all aspects related to the sensory experience in a vehicle, with a primary focus on identifying and resolving noise, vibration and harshness.
1.Types of NVH: Explore the various manifestations of noise, vibration, and harshness within a vehicle, from engine vibration to road-induced noise.
2.NVH**: Investigate the origins of these phenomena, including engine components, suspension systems, tires, and other factors that contribute to the overall driving experience.
3.Diagnostic Techniques: Learn how to use diagnostic tools and methods to identify and analyze specific NVH issues within a vehicle.
4.Mitigation Strategies: Develop the skills to implement effective strategies to address and reduce noise, vibration, and harshness to improve comfort and performance.
By becoming proficient in NVH analysis and mitigation, students will be well-prepared to tackle real-world challenges related to automotive system optimization for a smoother and more comfortable driving experience.
FiveAdjustments, diagnostics, repairs andReplacement Procedure: Provides hands-on training in the correct techniques for adjusting, diagnosing, repairing and replacing body parts and trim.
Overall, the course is designed to equip students with comprehensive knowledge and practical skills in the body and trim of modern automobiles.
In the "Tuning, Diagnostic, Repair, and Replacement Procedures" section, students will actively participate in hands-on training to gain essential skills for the effective management of body components and trim.
1.Adjustment Techniques: Learn precise methods of adjusting body parts and trim to ensure proper alignment and function.
2.Diagnostics: Gain the ability to systematically diagnose body and interior-related problems through analysis processes and diagnostic tools.
3.Repair Practice: Proficiency in repair techniques for damaged or faulty body parts, using appropriate tools and materials.
4.Replacement Protocol: Master the proper procedures for the safe and effective replacement of body parts and trims, including the disassembly and installation process.
This hands-on training provides students with the necessary expertise to cope with a range of real-world scenarios, developing the ability to adjust, diagnose, repair and replace automotive body parts and trim parts.