Remote Driving Exhibition and Education Platform
Product Description
The Remote Driving Exhibition and Education Platform is a three-dimensional teaching system specifically designed for vocational‑education programs in fields such as “Intelligent Connected Vehicles,” “New Energy Vehicles,” “Internet of Things,” and “Mechatronics.” Centered around the real‑world industrial scenario of “remote driving,” it adopts a design philosophy of “low cost, modularity, and scalability” to integrate multidisciplinary knowledge—including communications, control systems, sensors, IoT, voice AI, and human–machine interfaces—into a remotely controllable miniature vehicle and a simulated driving workstation. Without requiring prior expertise in complex autonomous‑driving algorithms, students can start from scratch and complete a full project lifecycle—from “connection” to “control,” “optimization,” “diagnostics,” and finally “demonstration.” The platform is well suited for both classroom instruction and hands‑on practice in courses such as “New Energy Vehicle Technology,” “Fundamentals of Intelligent Connected Vehicles,” “Fundamentals of IoT Communications,” and “Embedded System Development.”
Tag list： Remote Driving Exhibition and Education Platform
The Remote Driving Exhibition and Education Platform is a three-dimensional teaching system specifically designed for vocational‑education programs in fields such as “Intelligent Connected Vehicles,” “New Energy Vehicles,” “Internet of Things,” and “Mechatronics.” Centered around the real‑world industrial scenario of “remote driving,” it adopts a design philosophy of “low cost, modularity, and scalability” to integrate multidisciplinary knowledge—including communications, control systems, sensors, IoT, voice AI, and human–machine interfaces—into a remotely controllable miniature vehicle and a simulated driving workstation. Without requiring a deep background in advanced autonomous‑driving algorithms, students can start from scratch and complete a full project cycle—“connectivity → control → optimization → diagnostics → demonstration”—making it ideal for both classroom instruction and hands‑on practice in courses such as “New Energy Vehicle Technology,” “Fundamentals of Intelligent Connected Vehicles,” “Fundamentals of IoT Communications,” and “Embedded System Development.”
Industrial Digital Intelligence Business Unit (Teacher Guo)：18666013984
Industry–Education Integration (Teacher Zeng)：18588894612
AIoT Business Unit (Teacher Liu)：13660039204
Low-Altitude Economy Division (Teacher Yang)：18620640166
Address: 10th Floor, Building 1, Zhihui Valley · Zengcheng, Zhongnan Hi-Tech, Zhongxin Town, Zengcheng District, Guangzhou
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