ROBOTICS & CODING
Robotics and Coding powered with AI capabilities transforms Schools, Universities and Research Labs to create a better futuristic world by allowing them to design, build, and create intelligent systems that solve real-life challenges through hands-on project-based learning. Learners develop essential skills such as logic, creativity, collaboration, and analytical thinking. Aligned with modern curriculum, robotics and coding integrate seamlessly into classroom enhancing traditional lessons and supporting STEM objectives. Robotics and coding help students stay engage, collaborate, and prepare the students to become innovative, problem solvers and ready for the future of digital world.
UGOT is an all-in-one AI powered robotics platform that combines robotics and robotics into a hands-on learning experience. Designed for Middle Grade students, UGOT allows the user to create of multiple different robotic models, from robotic arms to mobile robots while exploring STEM concepts and developing skills in problem-solving, critical thinking, and creativity. UGOT’s interactive features, including AI-powered vision, voice recognition, and object tracking, make learning engaging and support curriculum-aligned objectives across STEM subject.
UGOT AI CITY GUARDIAN
- Multi-mimicry AI Robotic Kit
- For Primary School students
- Supporting Learning Aids
- Includes 3D Dynamic Drawings for Visual and Programmingl
UGOT AI SPACE Exploration
- Multi-mimicry AI Robotic Kit
- For Primary School students
- Supporting Learning Aids
- Includes 3D Dynamic Drawings for Visual and Programmingl
- Multi-mimicry AI Robotic Kit
- For Primary School students
- Supporting Learning Aids
- Includes 3D Dynamic Drawings for Visual and Programmingl
- Multi-mimicry AI Robotic Kit
- For Middle School students
- Supporting Learning Aids
- Includes 3D Dynamic Drawings for Visual and Programmingl
UGOT AI SPACE Exploration
multi Mimicry AI Robotics that can be assembled up to 5 different models
For Middle School Students
Supporting Learning Aids included
includes 3d Dynamic Drawing and visual programming
The Yanshee Robot is an AI-powered humanoid robot that makes coding and AI fun and engaging for Higher Education. Yanshee have advanced features such as voice interaction, vision recognition, and intelligent motion control. By seeing their code come to life in real-time, students develop problem-solving, creativity, and critical thinking skills while engaging with curriculum-aligned learning objectives.
- Processor: Raspberry Pi 3B
- Memory/Storage: 1GB RAM and 16GB ROM (MicroSD card).
- Degrees of Freedom (DOF): 17 Servo Motors (high-speed, clutch mechanism).
- Vision: 8-megapixel, fixed-focus camera.
Motion Tracking: 9-axis motion sensor. - Audio: 1x Microphone, 2x 2db Stereo speakers
- Lights: 2x 3-color eye LEDs, 3x 3-color chest LED indicators
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Humanoid Robot
An advanced, AI-driven, and designed to bridge the gap between human and robot collaboration in both industrial and service environments. Humanoid Robots represent the next evolution of intelligent service and interaction. These robots combine with advanced artificial intelligence with autonomous navigation, human detection, and interactive communication to deliver smooth user experiences. From welcoming guests and providing information to guiding visitors and performing service tasks. They are built to enhance efficiency while creating a modern, high-tech presence in any space with ability to merge functionality with human-like interaction.
- Intelligent Greeting & Consultation: Proactively greets visitors, uses facial recognition and handles Q&A to boost efficiency
- Multimodal Interaction: Communicates via voice, text, video, and action, including dancing and shaking hands
- Navigation & Guiding: with a 360° laser sensor to map environments, avoid obstacles, and provide guided tours.
- Automatic Recharging: Detects low battery and autonomously returns to its docking station
- Multimodal Communication: Uses vision, hearing, and touch for interaction, featuring a 4-dimensional light language system
- Emotional Display: Includes a native 28+ type robot emotion display system for more human-like
- Object Manipulation: Features 7-DoF robot arms and 6-DoF force-controlled, human-like hands
- Industrial Applications: Used for smart SPS component sorting and intelligent aging testing
- Material Handling & Logistics: The robot can carry, transport, and manipulate parts or materials within factory environments.
- Heavy Loading: Walker S2 can handle a 15kg payload.
- Production Line Tasks: It is designed for repetitive tasks, such as, inspecting components, sorting items, and operating equipment
- Smart Inspection: It can perform routine inspections, such as monitoring industrial gauges, checking container seals, and reporting back to control centers
LEGO® Education Robotics helps K-12 students experience STEM in a fun and interactive way through hands-on, creative learning. By combining LEGO building blocks with coding, students can experiment, design, and bring their ideas to life. This approach encourages problem-solving, teamwork, and curiosity while supporting curriculum goals. From basic models to advanced robotic systems, it simplifies complex STEM concepts, making them more engaging and enjoyable.
LEGO SPIKE PRIME
- 5×5 LED matrix white display
Six input/output ports - Six-axis Gyro Sensor
- Three-button navigation, including light interface
- Connectivity to devices using USB and Bluetooth
- 5×5 LED matrix white display
LEGO WEDO
- A Bluetooth Low Energy (BLE) brick used to connect the model to software.
- Built-in light that can display 10 different colors.
- A motor that can be programmed to rotate in both directions.
- Detects changes in direction and includes a shake mode.
Tiny Farms engage K-12 students to explore sustainability, biology, and technology in a single device. Students can grow and analyze plants in a controlled environment using hydroponics, sensors, and automated monitoring to make farming more efficient and easier to understand. Tiny Farms transform traditional plant growing into a technology-driven process, where users can monitor, analyze, and optimize plant growth in real time.
- Automated Control: Students can program temperature, water levels, nutrition, light wavelengths, and levels.
- Real-time Data: Designed for data-driven, hands-on learning, allowing students to see the effects of environmental changes on plants.
- Plug & Play: Designed to be used within 10 minutes of unboxing.
- Measure CO2, temperature, humidity, pressure, pH, EC, nitrogen, phosphorus, calcium, water level, and water temperature with 11 built-in sensors, enabling comprehensive data tracking and analysis.
- Control air flow and water and nutrient levels for optimal plant nourishment and experiment with different methods.
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Globisens Xploris is a compact yet powerful STEM tool for K-12 students, seamlessly combining science, coding, and hands-on experimentation in a single interactive device. Despite its small size, it features built-in sensors for temperature, light, sound, distance, and voltage, enabling students to capture and analyze data instantly. With support for animations, sound playback, and programming, Xploris turns complex concepts into engaging, real-world learning experiences. Fully interactive and curriculum-ready, it empowers students to explore, create, and experiment while making STEM education practical, exciting, and meaningful.
- 5 built in sensors: temperature, light level, sound level, distance and voltage
- Open Collector switches 2 x Open Collectors outputs able to switch up to 1A
- Servo Engines: 2 x PWM servo engine drivers
- Image: 30 animations, 60 frames each, or 1800 still images
- Display Type: 16×16 pixels images and animations
- Music composing: 1.5 octaves, up to 126 notes
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2. User-Centric UI/UX Design
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