Interactive Scenarios
Interactive scenarios offer hands-on learning experiences that equip users with essential skills for safely maintaining, assembling, and troubleshooting electric and hybrid vehicle systems. Through practical applications, each scenario guides users step-by-step, emphasizing safety measures and the correct use of tools and equipment. From mastering vehicle locking mechanisms and diagnosing complex electronics to learning battery charging procedures and assembling motors, these scenarios provide valuable insight into electric vehicle technology. Participants gain foundational expertise, allowing them to approach real-life maintenance and repair tasks confidently, fostering efficiency, and supporting a sustainable future in automotive technology.
Vehicle Safety and Basic Maintenance Procedures
Category focuses on essential safety measures and maintenance practices for hybrid and electric vehicles. Scenarios cover key procedures such as vehicle locking, lock removal, and troubleshooting in automotive electronics. Users will learn how to manage high-voltage risks, follow safety precautions, and ensure secure maintenance processes, enhancing both efficiency and safety during repair and maintenance tasks.
Vehicle Diagnostics and Communication Systems
Category focuses on essential diagnostic and communication technologies in electric and hybrid vehicles. Users will explore vehicle diagnostics and troubleshooting methods, learn to perform CAN Bus measurements, and optimize camera sensors for Advanced Driver Assistance Systems (ADAS). Each scenario provides foundational knowledge and practical skills, enhancing users' ability to identify, test, and resolve vehicle communication and system issues efficiently.
Electrical and Mechanical Assembly/Disassembly Procedures
Category includes scenarios that teach users the assembly and disassembly of key electric vehicle components, focusing on motor types and the vehicle itself. These scenarios emphasize alignment, handling, and safety techniques, helping users develop skills to enhance electric vehicle performance and reliability.
Charging Station Assembly/Disassembly Procedures
Category offers VR training modules that guide users through the detailed processes of assembling and disassembling AC and DC charging stations. Each scenario focuses on enhancing technical proficiency, safety awareness, and problem-solving skills, providing participants with the practical knowledge needed to handle electric vehicle charging infrastructure effectively.
Fuel Cells Battery Systems and Conversion Technologies
Category focuses on identifying and repairing malfunctions in fuel cells and battery charging systems, converting conventional vehicles to electric vehicles, and selecting the right tools for electric vehicle maintenance.Users will develop key skills, including understanding charging processes, managing conversion projects, and choosing appropriate maintenance equipment to ensure vehicle safety and efficiency.