Embodied Intelligence Education Is Accelerating, Yet Institutions Still Face Many Obstacles

Training hardware, course design, teaching staff, competition coaching, research and industry partnerships all need attention at once, so institutions urgently need a system for growing embodied intelligence talent that can scale and be sustained over time.

01.

Not enough equipment for hands-on training

02.

A curriculum that is still immature

03.

Too few instructors with cross-disciplinary expertise

04.

Teaching and research platforms that do not connect

05.

Little support for competition preparation and assessment

06.

Industry and education are not integrated deeply enough

An End-to-End Talent Development Solution Built Around Embodied Intelligence

Robots and Experimentation Platforms

The full EDU product family, together with matching experimentation platforms, makes it possible to teach embodied intelligence across every layer of the stack.

Tiered Curriculum System

Three stages, Fundamentals, Advanced Development and Hands-On Projects, build development skills and practical engineering ability step by step.

Education Ecosystem Support

Instructor development, contest activities, research and innovation work and talent programmes turn the equipment and curriculum into part of everyday teaching.

Four Core Advantages

Begin with Real Robots and Link Job Skills, Courses, Competitions, Certification, Industry and Research

Learning Powered by Real Robots

Students learn alongside a robot and build understanding by doing, so teaching goes further than simulation demos.

A Single, Integrated Technology Stack

Joint motors, multidimensional sensors, motion control, navigation, manipulation, development work and operations and maintenance all rest on one shared technical base, giving learners an unbroken skills pathway.

Multiple Robot Form Factors Covered

Platforms for four-legged and humanoid robots, robot arms and dexterous hands serve many fields of study, such as automation, AI, intelligent manufacturing, robotics engineering, humanoid robotics and embodied intelligence.

Courses, Competitions and Research Joined Without Gaps

What students learn in class is carried into competitions, competition projects grow into research topics, and research results flow back into curriculum updates.

Production-Ready Products + Open Interfaces
SDK · ROS2 · Simulation · Reinforcement Learning · Integration with Physical Robots
Phased Development
Continuous Updates

Five Key Solution Components

Five Integrated Dimensions Spanning the Whole Talent Development Journey

Five components diagram: 01 Robots and Experimentation Platforms, 02 Curriculum and Development Tools, 03 Faculty Development and Teaching Implementation, 04 Global Competitions and Research Support, 05 Institution and Industry Collaboration with a Multidimensional Ecosystem

Every robot doubles as a classroom tool, a platform for development and for contests, and an instrument for research.

Teaching and Experimentation Platform

Unitree quadruped robot experimentation platform: robot stand, lab bench and AC power supply, multimodal perception and control, computer display, motor control and motor demonstration modules

Biomimetic Quadruped Robot Experimentation Platform

Built around quadruped robotics, this platform covers mechanical structure, motor basics, motion control and multimodal perception, and brings component-level understanding, modular experiments and full robot system development together in one place.

Full-Stack Curriculum

16 Courses Taking Learners from Fundamentals to Project Delivery

Learning Objectives · Understanding and Operation

Get to Know the Robot and Think in Systems

Starting from safety rules, platform orientation, basic operation and simulation experiments, learners form a complete picture of how embodied intelligence systems work.

01Introduction to Embodied Intelligence Engineering
02Robot Platform Familiarization and Basic Operation
03Fundamentals of Quadruped Robot Motion and Simulation

Competition Ecosystem

Use Competitions to Push Learning, Teaching and Innovation Forward

Domestic Competitions (China)

Spans practical areas including quadruped inspection, reinforcement learning, humanoid robot football 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

Spans robot locomotion and manipulation, multi-robot collaboration, teleoperation and tasks set in the real world.

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

Make competition preparation simpler, from training the team to competing with physical robots.

Multidimensional Ecosystem Support

Faculty development: instructors in robot training — Faculty Development

Research support: research work with Unitree robots — Research Support

Joint Talent Development

Building and rolling out the system together

Practice and Assessment

Training

Students and industry professionals

Competitions

Project-based practice · Skills assessment

Certification

Learning outcomes · Competency assessment

Teaching System

Academic Programme Development

Training objectives · Programme design

Joint Curriculum Development

Curriculum structure · Teaching resources

Implementation Requirements

Training Facility Setup

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

Advancing and Sharing Technology

Technology updates · Shared outcomes

Across the Whole Process

Talent development carried out jointly by institutions and industry · Joint development · Joint training · Shared resources

Partner Institutions and Organisations

Growing an Embodied Intelligence Talent Ecosystem Together

More institutions are on the way...

Partnerships at several levels, covering course delivery, labs and practical training, instructor development, contests, research and talent programmes, carry embodied intelligence technology into classrooms, laboratories and innovative practice.

Let's Create a New Embodied Intelligence Talent Ecosystem Together

Request solution documents | Get details on courses and platforms | Discover institutional partnership options

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Contact Us

Sales line: 0850 532 6 777
Email: robot@robotlar.org
Address: Beytepe, Ertuğrul Gazi Bulvarı No:29G, Çankaya/Ankara, Türkiye

Request a Quote or a Live Demo for Your Institution

Robotlar.org, the Official Unitree Robotics Distributor in Turkey

Robotlar.org brings Unitree's embodied intelligence education solution to your institution. Tell us what you need and we will prepare a tailored quote for the quadruped and humanoid experimentation platforms, the 16-course curriculum and competition preparation, or arrange a live demonstration.

Tailored solution and pricing for your institution
Live demo and hands-on walkthrough
Installation, training and technical support

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Embodied Intelligence Education Solutions