Let students embrace artificial intelligence robots and unleash their unlimited potential!
With the rapid growth of technology and the robotics industry, school education also needs to constantly evolve to open up a bright future for students. The Unitree Go 2 Pro / EDU is a ground- hugging , safe , and expandable four-legged bionic smart pet that can bring unprecedented experiences and applications to schools. Unlike drones, which are subject to legal and weight restrictions, the robot dog combines advanced AI and multiple sensors in a more stable and safe manner to inspire students' creativity and problem-solving skills.
Why choose a "quadruped bionic smart pet"?
One-machine learning, multi-disciplinary applications
Robotic Artificial Intelligence and Humans
The widespread adoption of artificial intelligence and robotic automation, even potentially replacing some human jobs, will pose a threat to the next generation. Enabling students to understand, master, and utilize relevant technologies early on is crucial for inspiring them to reflect on their own value and talent.
Connecting to future industrial development
Smart pets are a microcosm of future robots, just as Tesla Optimus is revolutionizing the manufacturing ecosystem and laying a critical foundation for students.
More possible campus applications
From campus security patrols, autonomous navigation terrain detection, sports companionship, to group drone demonstrations, four-legged bionic smart pets bring diverse application opportunities to teaching.
Cultivate problem-solving thinking
The INSPIRE team used a premise that was close to the daily life of the school as the topic, inspired students to observe and analyze the problems through the design thinking guidance workshop, and tried to use Unitree Go It is the carrier of the operation plan, using the configured AI image analysis and advanced sensors to complete the task.
Excellent control experience
During the operation process, students need to monitor the screen at the same time and control the movement of the smart pet through the joysticks in both hands . This requires the coordination of the brain, hands and various senses, and requires students to have a high degree of focus and concentration in the operation.
Mechanical structures close to biological ones
The sturdy yet flexible mechanical structure not only more closely resembles the characteristics of natural organisms, but also allows for a variety of flexible movements and can be used freely on campus.
Combining the latest scientific research technology in the 21st century
The Unitree Go series of smart pets features advanced sensors, four-legged independent posture adjustment technology, and artificial intelligence algorithms. Each of these technologies has enormous potential for application and development. Students can experience the application of high-end technology earlier than others, gaining a richer experience than their peers.
Ultra-wide 4D laser radar
Yushu's independently developed L1 laser radar offers an ultra-wide 360° x 90° recognition range and a minimum detection distance of just 0.05m. Furthermore, its all-terrain recognition and minimal blind spots reduce accidents.
Advanced AI Gait
Large-scale AI simulation training supports challenging movements such as handstand walking, adaptive tumbling, and obstacle navigating, offering both flexibility and stability for safety and reliability. It can demonstrate diverse postures such as leaping, shaking hands, cheering, swooping, and sitting, making it suitable for teaching and demonstrations.
ISS2.0 Intelligent Side Following
The new vector positioning and control technology improves positioning accuracy by 50% and extends the remote control distance to over 30m, making it easier to traverse complex terrain.
3D LiDAR Mapping
Using the L1 LiDAR and dedicated app, you can create a point cloud map of a specific area and specify a path for the Go2 to move autonomously.
Overview of practical applications and workshops
From experience to control, and then inspire creativity
01/ Basic Technology Learning (Know the Tech)
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Mechanical structure and sensors: Understand the principles of core components such as chassis, motors, and LiDAR, laying the foundation for mechatronics engineering.
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AI algorithms: Learn how to achieve posture control, obstacle avoidance, and positioning through deep learning and computer vision.
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Software development / SDK / AI:
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Object recognition and counting
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Autonomous inspection and path planning
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02/ Hands-on Development
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Semi-finished product assembly: Students personally install key components to experience the engineering development process.
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Calibration and testing: Learn sensor calibration, gait optimization, and carry out practical tests.
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Practical projects:
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Campus 3D Mapping: Build a 3D map of the school using 3D LiDAR.
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Inspection and broadcasting: Provide environmental reminders, security patrols, or detect campus anomalies at specific times.
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Multi-robot performance: Use multiple robot dogs for school celebrations or special events.
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03/ Design Thinking & Use Case Showcase
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Learn and apply design thinking training.
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Problem exploration: Observe campus needs or issues to identify pain points or unmet needs.
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Root cause analysis: Examine the core reasons behind the problem from multiple perspectives, considering the interests and feelings of all stakeholders.
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Concept ideation: Use Unitree Go 2 Pro / EDU or other robots as the solution.
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Prototype testing: Rapidly create and test prototypes, adjusting and refining robot dog applications.
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Final presentation: Students present solutions to the whole school via slideshows, live demonstrations, etc.
04/ Inter-school Competition & Collaboration
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Partner with HKtag for the 2025 “Open Data Hackathon”, combining robot dogs with open data to spark cross-disciplinary innovation.
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Provide technical consultation and course support, encouraging school teams to unleash creativity and jointly promote the development of STEM and robotics education in Hong Kong.
Reasons to choose INSPIRE
Our Footprints and Solid Experience
2015
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The founder of INSPIRE began promoting the DJI Phantom 2 in schools, while also designing comprehensive operation safety and legal compliance courses.
2017
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Expanded the practical applications of aerial photography courses, such as 360° panoramic shooting and 3D mapping.
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In response to the launch of the Tello EDU, independently developed drone programming teaching materials and mission designs.
2020
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Partnered with HKPC to host a large-scale online live workshop during COVID, attracting 120 students to learn simultaneously online. Students’ programming was immediately demonstrated through live drone flights, allowing them to witness their designed missions and outcomes from home, taking interactive teaching to the next level.
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Continued to provide various STEM-related courses in multiple schools, including drone programming, aerial photography, multimedia production workshops, and 3D model design and printing.
2021
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Collaborated with DJI to establish the DJI-R-Club, promoting RoboMaster S1 and Tello Talent to parents and students. Organized both free and paid workshops to advance educational outreach.
2024
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Partnered with the Education Bureau (EDB) to use Tello Talent to help students with autism enhance creativity and confidence, and showcased a drone light show.
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Launched “Gen AI Applications” workshops:
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Co-hosted 4 public workshops with HKtag to help participants prepare “Smart Campus” and “Open Data Hackathon” projects.
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Taught students core AI prompting techniques, knowledge base optimization, and applications of various large language models (LLMs).
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Democratized Design Thinking: Further lowered the learning barrier for design thinking, successfully promoting workshops at a well-known primary school in Kowloon Tong, inspiring more young students’ creativity through innovation and programming-based problem-solving.
Behind these achievements lies INSPIRE's unwavering commitment to the principles of "curiosity, creativity, and courageous action." Composed of young professionals graduating from renowned Hong Kong universities, the team is deeply engaged in education and innovation, actively guiding students to think outside the box and embrace learning.
What can we offer you?
1. Complete teaching support: curriculum design, teaching materials, teacher training, and hardware support.
2. Project Consulting Services: From curriculum planning to campus application solutions, tailor-made.
3. Hardware/Software Technical Services: We provide genuine robotic equipment and comprehensive technical guidance.
4. Competition Coaching: Assist teachers and students to participate in inter-school robotics competitions and improve their practical skills.
5. Cooperation with government funding: We can connect with middle school IT innovation labs, primary school "Fun IT Knowledge" and other programs to help you apply for and use relevant funds.
Partners
This project is a collaboration between INSPIRE and MakerSoulHK. MakerSoulHK brings a wide range of high-quality STEM and educational devices to Hong Kong, with extensive experience in sourcing, importing, and implementing them in education. Through this partnership, we ensure schools receive authentic products, high-quality teaching support, and the latest technology to inspire students to reach new heights.
Inspire with action, ignite with innovation, and lead the next generation towards the future with INSPIRE!
Further Enquiries
Want to promote robot dogs and AI education on campus? Fill out the form below or contact us now. Let INSPIRE and MakerSoulHK provide a personalized solution for your school and bring the most advanced and engaging learning experience to your students and teachers.