Embodied Intelligence Education Solutions
Connect teaching, hands-on training, competitions, and research innovation through physical robot platforms, a structured curriculum, and an education ecosystem.
Get the Solution
01.
Insufficient Hands-On Training Equipment
02.
An Underdeveloped Curriculum
03.
A Shortage of Faculty with Interdisciplinary Expertise
04.
Disconnected Teaching and Research Platforms
05.
Limited Support for Competition Training and Assessment
06.
Insufficient Depth of Industry–Education Integration
Robots and Experimentation Platforms
The complete EDU product range and supporting experimentation platforms enable full-stack teaching in embodied intelligence.
Tiered Curriculum System
Three phases—Fundamentals, Advanced Development, and Hands-On Projects—progressively build development skills and practical engineering capabilities.
Education Ecosystem Support
Faculty development, competition activities, research innovation, and talent development bring equipment and curricula into everyday teaching.
Learning Driven by Real Robots
Learn with robots and gain understanding through hands-on practice, taking teaching beyond simulation demonstrations.
One Integrated Technology Stack
From joint motors and multidimensional sensors to motion control, navigation, manipulation, development, and operations and maintenance, a shared technology foundation creates a continuous skills development pathway.
Coverage Across Multiple Robot Form Factors
Platforms spanning quadruped robots, humanoid robots, robotic arms, and dexterous hands support a wide range of disciplines, including embodied intelligence, humanoid robotics, robotics engineering, automation, artificial intelligence, and intelligent manufacturing.
Continuous Integration of Courses, Competitions, and Research
Skills developed in courses carry over into competitions; competition projects evolve into research topics; and research outcomes feed back into curriculum updates.
Production-Ready Products + Open Interfaces
SDK · ROS2 · Simulation · Reinforcement Learning · Integration with Physical Robots
Phased Development
Continuous Updates
Every robot serves as teaching equipment, a development platform, a competition platform, and a research tool.
Biomimetic Quadruped Robot Experimentation Platform
Humanoid Robot Experimentation Platform
- Fundamentals
- Advanced Development
- Hands-On Projects
Learning Objectives · Understanding and Operation
Understand Robots and Develop Systems Thinking
Build a comprehensive understanding of embodied intelligence systems, starting with safety guidelines, platform familiarization, basic operation, and simulation experiments.
01
Introduction to Embodied Intelligence Engineering
02
Robot Platform Familiarization and Basic Operation
03
Fundamentals of Quadruped Robot Motion and Simulation
Domestic Competitions
Covers practical areas such as quadruped inspection, reinforcement learning, humanoid robot soccer, and robot installation and commissioning.
RoboCom Robotics Developer Competition
“China Software Cup” National College Student Software Design Competition
Tencent Kaiwu Global AI Competition
China Collegiate Intelligent Robot Innovation Competition
National College Student Robot Competition — ROBOTAC
National Machinery Industry Advanced Manufacturing Technology Skills Competition
International Competitions
Covers robot locomotion, manipulation, collaboration, teleoperation, and real-world tasks.
RoboCup Robot World Cup
WBCD Dual-Arm Robot Manipulation Challenge
IROS TIKEA Autonomous Small-Table Assembly Competition
IROS Robust Teleoperation Competition
ATEC Embodied Intelligence Real-World Extreme Challenge
Streamline competition preparation, from team training to competing with physical robots.
Faculty Development
Research Support
Collaborative Talent Development
Joint System Development and Implementation
Practice and Assessment
Training
Students and Industry Professionals
Competitions
Project-Based Practice · Skills Assessment
Certification
Learning Outcomes · Competency Assessment
Teaching System
Academic Program Development
Training Objectives · Program Design
Joint Curriculum Development
Curriculum Structure · Teaching Resources
Implementation Requirements
Training Facility Development
Teaching Environment · Hands-On Training Platforms
Faculty Training
Engineering Skills · Teaching Skills
Ecosystem Foundation
Ongoing Support and Updates
Long-Term Support
Standards Development
Development Guidelines · Assessment Criteria
Technology Advancement and Sharing
Technology Updates · Shared Outcomes
Throughout the Entire Process
Collaborative Talent Development by Institutions and Industry
Joint Development · Joint Training · Shared Resourcesn
- More Institutions Are Joining...
Develop multilevel partnerships in curriculum delivery, laboratory and hands-on training, faculty development, competitions and research, and talent development, bringing embodied intelligence technologies into classrooms, laboratories, and innovative practice.
Download Brochure:
- Contact Sales:+86 17621781139
- Contact Team:sales_global@unitree.com
- Contact Address:China Digital Valley Building, No. 276 Wulianwang Street, Binjiang District, Hangzhou City, Zhejiang Province, P.R.China