Tel.: 86-755-83474438

Address: 16th & 22nd Floor, Block C1, Nanshan IT Park,

No. 1001 Xueyuan Road, Nanshan District, Shenzhen City, China

Fax: 86-755-83474538

Service Hotline: 400-6666-700

Email: marketing@ubtrobot.com

Website: www.ubtrobot.com

Education Solution

Dream with Robots

Founded in 2012, UBTECH is a global leading AI and humanoid robotic company. Its products and solutions have been applied in more than 40 countries and regions around the world. In 2018, the company was valued at US$5 billion, becoming the world's most valuable AI unicorn.

UBTECH has engaged in the education field since August 2016. Working with world’s top universities, AI and educational experts as well as incorporating advanced scientific research achievements, UBTECH has developed a quality AI and robot-enabled education solution which includes software & hardware development, curriculum design, competitions, teacher training as well as AI lab construction.

VISION Let intelligent robots be in every family.

MISSION Make human life more convenient, intelligent and humanized.

Global Top 100 AI Enterprise 2017 2018

China’s Top 10 Unicorn Enterprises 2018

2018

World's Top 10 Al Ventures 2018

2019

China's Top 50 Most Innovative Enterprises 2018

China’s Top 50 AI Enterprises 2018

Honored into the National China Made Brand Program

China’s No.1 AI Unicorn Enterprise

Global Ecosystem Partners

Carnegie MellonUniversity

TsinghuaUniversity

University ofSydney

IEEE VictoryProduction

CanvasLMS

5 Global Research InstitutesLos Angeles, Beijing, Tokyo, Shenzhen, Sydney

Education Partners

Global Trends in AI Education

We are on the verge of the Fourth Industrial Revolution. AI technology has become the cornerstone of the Industrial 4.0 Revolution, exerting a profound impact on our daily life, learning and work. All countries are taking the initiative to put forward education policies involving AI development.

As the essential foundation of AI, programming has been incorporated into the K12 curriculum in various countries since 2014, becoming one of the most important subjects in their educational systems.

2014

2015

2016

2017

2018

2019

Australia has included AI programming into the national syllabus.Students begin to acquire programming logic at the age of 10, and can actually carry out programming at around 12 years old.

Finland has implemented the new National Core Curriculum Outline, which incorporates programming into the primary school syllabus and requires schools to open programming courses from Grade 1.

The State Council of China has promulgated the Notice of the New Generation Artificial Intelligence Development Plan.

Singapore has included programming into primary and secondary school exams. This reflects the trend of countries implementing and developing STEAM education policies, as well as developing programming education for the young generation. This goes in line with the times and follows the need to foster talents for the forthcoming AI era, therefore maintaining their future human capital competitiveness.

US President Donald Trump has officially signed American AI Initiative administrative order. To prioritize the development of AI, the US government has offered help and support accordingly, such as expanding the authority of relevant researchers to use government data.

The UK Ministry of Education has officially included programming as a compulsory course in the UK National Curriculum, where it is stipulated that students aged 5-7 need to master programming skill through computer courses.

The White House has set up a committee on artificial intelligence and machine learning to coordinate actions taken by people from all walks of life in the field of artificial intelligence in the US and to explore the formulation of policies and laws related to artificial intelligence.

South Korea has planned to incorporate programming into the education syllabus, and popularize programming education from Grade 1 of primary school to Grade 3 of middle school in 2020.

The British government has issued a report on artificial intelligence, hoping to enhance the overall national strength with the innovative advantages of artificial intelligence.

The Ministry of Education of Japan has issued a new edition of the Interpretation of Learning Guidelines for the New Semester, which proposed that Japanese primary and secondary schools should provide computer programming courses from 2020 to 2021 to cultivate future AI talent.

The Ministry of Education of China has issued a notification on the Action Plan for Artificial Intelligence Innovation in Colleges and Universities to guide colleges and universities to continuously improve their capabilities of scientific and technological innovation, talent training and international cooperation and exchange in AI with the aim of providing strategic support for the development of a new generation of AI technologies in China.

The U.S. government has strengthened its support through the passing of the STEM Education Act.

Australia

China

Singapore

Finland

US

UK

UK

US

China

US

SouthKorea

Japan

UBTECH is committed to building an educational ecosystem of "Hardware + Software + Faculty + AI Lab + Competition". UBTECH has built a systematic education solution which focuses on STEAM, Robotics and Artificial Intelligence (AI) education running from preschool through to college. The solution includes a comprehensive curriculum, educational kits, teaching aid, as well as teacher training and activities, which will truly benefit students' lifelong learning and development of crucial abilities and to prepare them for future careers.

UBTECHEDUCATIONSOLUTION

TeachingAids

Using cutting-edge technologies to customize

teaching equipment.

Designing integrated environment suitable

for AI.

Using events and competitions as an important platform

for presentation, communication and

innovation.

Providing teacher training services and training

certification of authoritative institutions.

Providing curricula that are suitable for different

groups of people.

CurriculumSystem

Teacher Trainingand Certification

AILab Design

Activities andCompetitions

End-to-end AI Education Solutions

1 2

34 5

Innovation ability

Digital Art

Technology exploration

Information literacy

Fusion of robot algorithms and techniques with AI, to cultivate students’ logical thinking and problem-solving skills.

Aim to develop corequalities

AI Standard Curriculum

Harmonioussociety

Space dream

Healthcare

Earth citizen

Smart life

Cross-disciplinary practice is introduced following the standard curriculum. It is designed to stimulate students' internal drive and make them active in learning.

Project-basedLearning (PBL)

AI Advanced Curriculum

Based on interdisciplinary practice, RILP is a learning program focusing on actual problem environment. It includes the integration of actual entreprises problem scenarios, the guidance of professional researchers, as well as a top-class, innovative curriculum.

Reality-based InquriedLearning Project (RILP )

AI Explore Curriculum

The Curriculum Pyramid

AI Explore Curriculum

AI Standard Curriculum

AI Advanced Curriculum

Investigation of real project issues

Comprehensive use of innovative skills

In-depth exploration of complex problems

Change the World

with AI

Explore the World with AI

Understand the World with AI

Syllabus

Grade Links to AI Links to the real world Coursematerials

AI StandardCurriculum

Grades 1-2

Grades 3-4

Grades 5-6

Grades 7-8

PRP Programming InjectsLife into Animal Models

Perception of Animals andLiving Environments

Experience Home Life andCommunity Service

IOT Experience fora Smarter Home

Campus Services and IndustryApplications (Military)

Experience of Professional Roles

Creating Humanoid Robots

Smart Manufacturing ofSmart Devices

Links to AI Links to the real world CoursematerialsGrade

AI ExploreCurriculum Grades10-12

Study on Energy Consumption of Indoor Grape Planting

Programming and Smart Hardware

3D Modelingand Printing

AI and Smart Campus

Big Data Analysis, Internet of Things, Aeroponie Garden

Invented by NASA

Research on Campus Security Robots

Research on the Application of 3D Scanning and Modeling in

Dentistry

NURBS, Polygon Mesh, Modeling Software, 3D

Modeling

Navigation and Positioning, Computer Vision, Target

Tracking

1 Topic1 IntroductiontoSmart L ife

Grade Links to AI Links to the real world Coursematerials

AI AdvancedCurriculum

Grades 5-6

Grades 7-8

Grades 8-9

Grades 10-12

Preliminary Understanding of Programming and Algorithms

Using Programming and Computer Technology to

Solve Problems in Life

Preliminary Applications of AI Technology

Envision an AI Society

Logic Powering the Practical Applications of AI

AI Today and TomorrowResearch on Industrial

Applications and Social Responsibility of AI

Algorithm Research and Applications

Complementary Teaching Materials

Basic Courses for Secondary R&D

Teacher's Guide

Student Evaluation Manual

Software

Online Courses

1 Topic1 IntroductiontoSmart L ife

1 Topic1 IntroductiontoSmart L ife

College &University

HighSchool

MiddleSchool

PrimarySchool

Creative buildingPose-Record-Play (PRP)

Design thinking

Graphical programmingScience literacy

Motion controlIndustrial design

Creative designComputational thinking

Text programmingOpen source platform

Python programmingAI algorithms

Acquire

Innovate

Segmentation

uKit Entry

uKit Advanced

Alpha 1EAlpha Mini

Yanshee Raspberry Pi

Jimu Robot

Apply

uKit Explore

Walker

Teaching Aids

uKit Explore

Teacher Training and Certification

In its continued effort to promote the application of AI-based technological innovation in the education sector and to address the current shortage of

teacher resources, UBTECH has teamed up with educational institutions and internationally renowned universities to establish a teacher training and

certification mechanism.

Module

Process

Content

Overview of content

Curriculum outline

Specialized courses

Expert training

The aim of this outline is to help teachers gain a complete and comprehensive understanding of the theoretical basis, curriculum framework, support system, and teaching products of the AI curriculum development.

Teachers participate in specific courses targeted towards the content to be taught. Trainers shall explain course features and procedures, teaching stages, and matters needing attention to help teachers quickly become proficient in the courses and competent in teaching.

Training is provided on STEAM education, UBTECH courses, and STEAM course design and practical lessons. In addition to studying talent training models and teaching methods with worldwide curriculum experts, teachers also have the chance to participate in UBTECH's global teacher exchange activities and become a coach/referee in UBTECH's robot competition.

Needs analysis Training courseplanning

Designingteaching methods Training Trial lesson

evaluation Discussion

Sustainable Teacher Training System

International university certification

UBTECH certification

Africa AI Teaching Training

UBTECH and Nankai University jointly promotes AI education in Africa, by carrying out AI robotics teacher training.

Carnegie Mellon University AI teacher training

A future AI teacher training camp cooperates with well-known universities.

This is a UBTECH’s AI & Robotics teacher training certification specifically for primary and middle school.

Central Asia teacher certification training

UBTECH RoboticsCompetition (URC) and Activities

The UBTECH Robotics Competition, which was initiated by UBTECH, aims to promote the development of AI education through robotics competitions. This educational competition features cutting-edge technologies, covers different age groups and requires participants to put AI theoretical knowledge and strategic thinking into practice to eventually complete the final challenge. That includes discovering, taking practical actions, exchanging ideas and collaborating with each other.

The UBTECH Robotics Competition (URC) features alongside shopping mall events, school carnivals, as well as science and technology exhibitions. This allows the general public to get involved in robotics education and AI. URC will hold robotics competitions around the globe to promote the development of robotics and AI education.

Entry & Advanced

Stimulate interest in robots using interesting

task settings.

Entry-level competitions that are both fun and

educational.

Highlight the strategic and collaborative nature of

programming and building.

Primary School and Middle School

High School or abovePrimary School stage

Humanoid Robot CompetitionClosely integrated with

cutting-edge technologies

Give participants an all-round training by challenging them in

programming, building and field collaboration.

Set challenging tasks that combine competition with

AI technology.

Explore

Engineering Robot Warrior Project

NOC National Primary and Secondary School Electronic Information Practice Activity - Engineering Robot Warrior Project

Robotics Design Challenge

Organized the IEEE UBTECH-Education Robotics Design Challenge in China in collaboration with IEEE.

RISS Robot BuildChallenge

Held the RISS Robot Build Challenge in collaboration with Carnegie Mellon University for two consecutive years (2017 and 2018).

AI Lab Design

A new one-stop teaching site tailored to cultivate literacy in advanced technologies and key competencies for the future. This represents the development trend of future education, and provides the best project-based learning space with an immersive experience in the

most advanced AI technologies.

AI TechnologyApplications

Collaboration Practice Innovation

UBTECH has assisted thousands of schools to implement AI education solutions worldwide, including China, the Americas, Europe and Southeast Asia.

2000+ schools

UBTECH education solution has applied in educational activities, school teaching and educational institutions.

GLOBALCASES

AI Education BaseRegional AI technology hub

AI In-school Lab

To help future intelligent creationists stand out

AI-Edu Demonstrative School

To let childrenenjoy AI

To help children develop logical thinking and

innovative skills

The first open “Technology Space Station” specializes in AI science and technology education in the Eastern China. This center integrates the high-tech resources and supports of high-quality education

institutions in order to make itself a demonstration base for teachers and students’ scientific research and activities, a teaching base for cultivating teachers as well as an incubation base of the world's

advanced youth education technology in China. The center plans to launch quality courses so as to lay a solid foundation for its national leading position.

Shanghai Youth TechnologyInnovation Education Base

Data statistics: from August to December, 2018

3,400 square meters 56 participating schools

3,472 class hours 6,426 students300+ teachers trained

UBTECH has global AI education networks in more than 40 countries across regions including America, Europe, Asia, Africa, Australia.

AI Education Global Network

Strategic cooperation in AI education with

State of Utah

BrazilKenya

South Africa

Poland

Turkey

Dubai

France

Russia

Korea

Thailand

Philippines

Japan

Australia

Indonesia

Mexico

US

North America US

UBTECH robots in local schools

North AmericaMexico

South AmericaBrazil

AfricaKenya

Southeast AsiaIndonesia

UBTECH robots in local schools

Eastern EuropePoland

RoboCup Junior Competition

Western EuropeFrance

AI Lab in Kidburg

Eastern EuropeRussia

Asia-PacificAustralia

The First UKIT Competition

Asia-Pacific Korea

UBTECH educational products support the systematic education solution from preschool through to college, providing a more engaging learning experience.

TEACHINGAIDS

Intelligent Programming RobotJimu Robot is a programmable modular robot designed for educational purposes. It is

creatively equipped with servo actuators, various sensors and smart electronic modules. It looks vivid with accurate and flexible motions, bringing fun and interesting

experiences. Jimu Robot teaches children to apply the STEAM skills, helping them to improve their logical thinking ability and solve problems with multi-dimensional

knowledge, so that every child can become an inventor that can change the future.

Apple CEO Tim CookTeaching programming and robotics to teenagers with Jimu robots in an Apple Store

In 2016, UBTECH inked a partnership with Apple. Jimu robots became available in nearly 500 Apple Store retail stores around the world.

CES 2017 Most InnovativeAwardCES 2017

China Patent Gold Award2018 State Intellectual Property Office

IHS Markit Innovation AwardIFA 2017

The Best Creative Award Top 40The Guardian

Engineering Vehicle Series Animal SeriesCompetition Series

ScoreBot Kit

TruckBot Kit

AstroBot Upgraded Kit

TrackBot Kit TankBot Kit

UnicornBot KitBuzzBot&MuttBot Kit

CourtBot Kit

Competition Series Animal SeriesEngineering Vehicle Series

Competition Series Animal SeriesEngineering Vehicle Series

Find Your Best ShotEasy APP controls enable a unique shooting experience.

Learn Programming EasilyIntuitive learning of graphical programming via drag-and-drop modules in the APP.

Fun with FriendsGames offer a perfect scenario for children to build social skills.

A competitive robot with multiple forms and ways of playingPlay as you build, creating a simple yet interesting robot.Develop imagination and logic thinking ability

A competitive robot with multiple forms and ways of playingPlay as you build, creating a simple yet interesting robot.Develop imagination and logic thinking ability

DIY Your ModelThree standard models: DunkBot, DumperBot and ShootBot, as well as your own masterpieces!

DunkBot

DumperBot

ShootBot

Unlimited uKit, Unlimited Creativity+ Guidance in 3D dynamic building+ PRP programming+ Graphical programming+ Motion Control+ Project-based teaching+ Smart Devices for learning and application

uKit Entry Level36+ coursehours

ExtensionPack

20+ officialmodels

Unlimited uKitUnlimited Creativity

PrimarySchool

309 componentsand parts 4 servos

uKit Advanced Level

Core Learning Values

+ Grasp the basic theories and knowledge of science and engineering

+ Improve computational and design thinking+ Cultivate innovative creativity+ Train to collaborate as a team and develop

communication skills

36+ coursehours

ExtensionPack

20+ officialmodels

Primary School(middle-grade)

479 componentsand parts

4 servos

2 sensorsBluetoothspeaker LED lamp

uKit Explore Level 1 Topic1 IntroductiontoSmart L ife

+ "AI in a Transformation Workshop" and "Super AI Engineer" course series

+ Creator education and competition for Makers

+ Transformation robot (human and vehicle)

+ Open source platform (Arduino)

Core Learning Values

+ Explore the real world and hone

problem-solving skills

+ Improve engineering design ability

+ Cultivate the creator's spirit

60+ coursehours

Extension Pack34+ official models

Primary + MiddleSchool

(upper-grade)

600+ componentsand parts

16 servos 4 sensors Bluetooth speaker LED lamp

Intelligent ProgrammableCompanion

Intelligent AnimatedCompanion

Human-likeMovements

HabitCultivating

VoiceInteraction

ExtensibleSensors

AIVision

MiddleSchool

+ "AI Cute E" course series

+ Interdisciplinary integrated teaching

+ 3D visualized PC programming software

+ Integrated control and layout

+ Emerging learning experience

+ Interdisciplinary teaching

+ Mobile Tablet/PC blockly programming software

+ Vivid Humanlike behavior

Core Learning Values

+ Grasp the basic theoretical knowledge of humanoid robots

+ Build humanistic literacy and artistic sense

+ Improve analytical ability and innovative creativity

60 course hours

Infinite Raspberry Pi RobotInfinite Maker Possibilities

From Python

programming to AI research

Open source platform

Diverse Extensible

Interfaces

AI & Robotics Application

and Development

Core Learning Values

+ Stimulate learning interest in Artificial Intelligence

(AI) technologies

+ Explore speech and sensing technologies in robots

+ Verify robotic motion and vision algorithms

+ Lay a foundation for career development

High School (senior) +University

17 Servos Gyroscope Toolkit

Product Parameter

Various programming languages, such asPython, C/C++, Java, Blockly, Perl.

User friendly App is available onboth iOS and Android devices.

Raspberry Pi +STM32 Structure

Detachable modular design

Stereo Speaker +Highly Sensitive MIC

Sensor Application

17 AnthropomorphicServo Motors

Extendable Interface

8MP Camera andFPV Supported

Infrared SensorUltrasonic Sensor

Capacitive Touch SensorPressure Sensor

Color Sensor Temperature & Humidity

Sensor

The sensors below are supported:

Intelligent visual recognitionand visual trackingView the world in FPV(first-person view) mode

Compatible with various sensorsand peripheral devices

Bring smooth andlife-like movements

Intelligent voice recognitionand interaction

Collect data accuratelyand perceive the world

Best Partner in AI Research

Walk agilely oncomplex terrain

Flexible designFoundation for secureinteractions with humans

Dexterous handsPlay the piano and paint

Hand-eye coordinationDual feedback positioningusing "force + location"

U-SLAMAutonomous navigationand positioning with nomarked objects

Machine visionAbility to recognize humans,objects and scenarios

Multi-modal human-computer InteractionsFull simulation of humaninteractions

Control smart homeDual-control of "voice +automation"

Walker uses its own visual and force perceptions to obtain the position, posture and force feedback of an external moving object. Relying on the force control algorithm, Walker has the sensation of the "force" so as not to break or crush the object.

Walker can detect and recognize corresponding faces and objects in a complex background environment. It uses human body data such as gender, age, identity, mood, and posture, as well as object data that include location, category and point of operation.

Walker has open, flexible, multiple and convenient smart home interfaces that can be customized to help users control common home devices such as lights, electrical appliances and sockets autonomously, which makes your home more intelligent, safe, convenient and comfortable.

When subjected to an external impact, Walker can protect itself from harm. This enables Walker to better adapt to external uncertainties and maintain its own safety and reliability at work.

Walker has a pair of arms that have 7 degrees of freedom. When one arm stretches, it can bear a load of 1.5 kg. When two arms work together, it can lift a load up to 10 kg. In addition to lifting loads, it can also grab objects, play the piano and draw pictures.

UBTECH has independently developed U-SLAM, a positioning and navigation system based on 3D vision. Walker not only achieves real-time positioning, path planning and active obstacle avoidance, but also solves the issue of visual jitter caused by its own motions.

Relying on multi-modal human-computer interactions, Walker interacts with humans through text, voice, vision, action, environments and other means. Other than voice interaction, it can also respond with facial expressions and actions, such as blinking its eyes and turning its head.

Walker can walk steadily on different materials such as carpet, floor and marble through gait planning and control. Meanwhile, Walker can adapt to complicated environments such as obstacles, slopes, steps and uneven ground.

TOP10CES China consumingtrends Product list

CES 2019BEST ROBOTtom's hardware

THE BEST OFCES 2019 FINALISTSCES Engadget

AI INNOVATIONAWARD OF THE YEARCHINABANG awards

Semantic Map

VisualTracking

Semantic Understandingand Processing

ImitationLearning

Task Reasoning

Multi-Robot Collaboration

Secure Interaction

Hand-eye Coordination

Human-like RobotAction Imitation

Human-like RobotRemote Controls

Human-like RobotAmbidextrous Writing

Humanoid Robot3D Machine Vision- Face Recognition- Object recognition- Facial expression recognition

Humanoid RobotAI and Decision-making

Human-like RobotHuman-ComputerInteraction Technology

Human-RobotCollaboration

CoreResearchDomains