大疆Robomaster实验室来啦DJI Robomaster Labs is ready for you

新学年，我们迎来了全新的实验室，位于B420的大疆RoboMaster教室。这不仅是一个学习空间的升级，更是我们向科技创新迈出的坚实一步，旨在为我们机器人、编程及人工智能领域的人才培养奠定坚实的基础。

In the new academic year, we have a brand-new laboratory, the DJI RoboMaster lab located in B420. This marks not only an upgrade in learning space but also a solid step forward in technological innovation, aiming to lay a strong foundation for cultivating talents in robotics, programming, and artificial intelligence.

RoboMaster课程将机器人、编程与人工智能深度融合，打造一个跨学科、多维度的学习体验平台。在这里，学生不仅能学习扎实的理论知识，还可以亲手组装、改装机器人，运用模拟器编写程序，并通过实践将所学付诸于现实。这样的学习方式，让原本抽象、复杂的理论变得直观而生动，帮助学生在探索科技的过程中，理解背后的逻辑与原理。

The RoboMaster course deeply integrates robotics, programming, and artificial intelligence, creating an interdisciplinary and multidimensional learning experience platform. Here, students can not only acquire solid theoretical knowledge but also assemble and modify robots with their own hands, write programs using simulators, and put what they have learned into practice. This learning approach makes originally abstract and complex theories intuitive and vivid, helping students understand the underlying logic and principles while exploring technology.

在实验室中，学生将从机器人基础知识入手，深入了解云台、视觉标签、红外深度传感器等高科技设备的原理与应用。通过编写程序，他们将控制机器人进行速率和轨迹的设定、视觉标签的识别、测距任务的完成，最终实现对机器人自主行动的掌控。在任务的挑战中，学生们还将体验到麦克纳姆轮的奇妙运动，完成复杂的机甲对战，如闪电走位、扭腰反击等精彩内容。

In the laboratory, students will start with basic robotics knowledge and delve into the principles and applications of high-tech equipment such as gimbals, visual tags, and infrared depth sensors. By writing programs, they will control robots to set speeds and trajectories, recognize visual tags, complete ranging tasks, and ultimately achieve autonomous control over robot actions. Through task challenges, students will also experience the fantastic movement of Mecanum wheels and complete complex mech battles, including thrilling content like lightning-fast movements and waist-twisting counterattacks.

实验室不仅是知识的汇聚地，更是思想的锻炼场。在学习机器人组装与控制的过程中，学生将理解力的合成与分解，探索麦克纳姆轮的运动原理，并通过不断的动手实践，领悟“顺序执行”和“循环执行”程序逻辑的精髓。机器人在他们的手中不仅仅是冷冰冰的机器，更是通向未来的钥匙。他们将在反复调试与修正中，学会如何通过程序逻辑，让机器人从简到繁，逐步实现更为复杂的功能。

The laboratory is not only a convergence of knowledge but also a training ground for ideas. In the process of learning robot assembly and control, students will understand the synthesis and decomposition of forces, explore the movement principles of Mecanum wheels, and through continuous hands-on practice, grasp the essence of “sequential execution” and “loop execution” program logic. In their hands, robots are not merely cold machines but keys to the future. Through repeated debugging and adjustments, they will learn how to gradually realize more complex functions through program logic, from simple to complex.

通过人工智能图像识别与微积分等高级算法，学生还将在全自动控制系统中锻炼逻辑思维与空间抽象能力。学习不再只是记忆公式或步骤，而是亲身参与、思考、探索、解决问题的过程。

Through advanced algorithms such as artificial intelligence image recognition and calculus, students will also exercise logical thinking and spatial abstraction abilities in fully automatic control systems. Learning is no longer just memorizing formulas or steps but a process of personal participation, thinking, exploring, and problem-solving.

RoboMaster实验室不仅为同学们提供了最前沿的学习平台，更为大家的未来播下了创新与智慧的种子。在这个充满活力与挑战的空间里，我们相信每一个学子都将在探索中发现自我、勇敢前行，用自己的奇思妙想，构建起更加美好的未来。欢迎同学们来B420实验室学习与挑战！

The RoboMaster laboratory not only provides students with the most cutting-edge learning platform but also sows seeds of innovation and wisdom for everyone’s future. In this dynamic and challenging space, we believe that every student will discover themselves through exploration, bravely move forward, and use their ingenious ideas to build a brighter future. Welcome, students, to come and learn and challenge yourselves in the B420 laboratory!