Revolutionizing Education: Lê Hoàng Robotics Introduces Unitree Robots to Vietnamese Schools

Practical Teaching Tools in Modern STEM Education

In the era of the Fourth Industrial Revolution, STEM education in primary and secondary schools is a critical trend, equipping the younger generation with future-ready skills. To meet this demand, STEM centers require intuitive, modern, and practical teaching tools.

Unitree Go2 Pro, a groundbreaking tool designed for K12 students, stands out with its graphical programming support. This feature allows students to drag and drop command blocks to create robot actions.

This approach enables even those without prior programming knowledge to grasp computer logic and basic programming concepts, eliminating the need for complex coding.

Applications in Higher Education & Research Development

Unitree’s quadruped and humanoid robots are rapidly becoming the preferred hardware platforms in schools, universities, and laboratories worldwide, driving a revolution in AI education and research. With affordable pricing, flexible design, and an open software ecosystem, Unitree robots are breaking barriers, enabling students, researchers, and educators to transition AI algorithms from simulation to real-world applications.

To support the computational demands of modern AI models, Unitree equips its robots with specialized hardware, such as the NVIDIA Jetson Orin Nano or NX, delivering up to 100 TOPS of processing power. This capability enables robots to execute complex AI algorithms on-board, reducing latency and enhancing real-time responsiveness.

Unitree Go2 Edu offers a more robust and expandable platform.

Multi-platform support: Go2 Edu supports not only graphical programming but also allows deeper intervention through popular programming languages like Python and C++.

Advanced sensors: Equipped with 4D Lidar, high-resolution cameras, and other modern sensors, students can develop and test complex algorithms for simultaneous localization and mapping (SLAM), object recognition, and navigation.

Expandability: The platform allows integration of third-party hardware modules, opening endless possibilities for advanced research and robot fabrication projects.

Humanoid Robots H1, G1, and R1 (Edu Version)

Human-robot interaction simulation: Humanoid robots open new horizons for researching human-robot interaction, gait control, and complex hand manipulations.

Advanced algorithm development: With complex structures and multiple degrees of freedom, these robots challenge students to apply in-depth knowledge of control theory, computer vision, and reinforcement learning. This enables robots to perform tasks like navigating uneven terrain, grasping objects, and interacting with humans.

Real-world AI algorithm testing: AI algorithms, particularly reinforcement learning, can be trained in simulated environments and then deployed on robots to test their effectiveness in real-world conditions.

Conclusion:

Unitree creates a comprehensive technology ecosystem, catering to every stage of the education and research journey. Lê Hoàng Robotics & Unitree are committed to partnering with research centers, training institutions, and universities in Vietnam to nurture a future generation of talented robotic scientists and engineers.