STEM Program Boards

The Make block Halo Code is a wireless single board computer. With its built-in Wi-Fi support and microphone the students can easily bring your board into the IoT projects and add speech recognition ability to it.It comes with plenty of sensors, such as 12 x Programmable Colour LED, a Motion Sensor, a Touch Sensor and more. And its companion software, mBlock 5, makes it easy to get started with Halo Code and learn to code. Using Halo Code, everyone can make their own creations, in a easy and fun way! Student can use Halo Code and mBlock 5 to create smart devices platform and the IoT models, like controlling home appliances in distance Mesh network technology makes it possible for two or more Halo Codes to communicate with each other Exposes Students to AI Tech, such as Speech Recognition

The HaloCode standard kit from STEM education company Makeblock is a wireless single board computer (also known as an SBC) designed explicitly to introduce students to programming and coding. With its built-in Wi-Fi modules, students can easily connect the HaloCode to the internet and explore the applications of simple IoT projects and LAN functionality. Through Makeblock's mBlock programming software, students can learn coding logic through an intuitive and straightforward block-based method, with the simplified method leaving more room for student creativity and intuition to flourish as they learn. The HaloCode board has a diameter of 45mm, yet despite its compact size it is embedded with a variety of sensors that allow it to be programmed to respond to touch and movement as well as 12 programmable RGB LEDs and more. Its companion software, mBlock 5, makes it easy to get started with HaloCode and learn to code. When supported by the mBlock-integrated Microsoft Cognitive Services, the included microphone module allows students to explore the possibilities of cutting-edge AI technology through speech recognition, from an interactive playmate to a voice-activated device. Using the HaloCode single board computer, everyone can make their own creations, in a easy and fun way! After grasping how to program with blocks, students can effortlessly convert to Python coding at just the click of a button in mBlock. The relationship between the two languages is displayed, allowing students to further their learning from mBlock to Python, and shows the changes in real time for increased understanding. To explore more imaginative ideas together with mBlock and Halocode, students can code directly in the Python editor, take a step up from text-based coding and empowering creations with higher degrees of freedom, endless possibilities. The HaloCode Standard Kit includes :1 x HaloCode Single Board Computer 1 x AAA Size Battery Holder 3 x AAA Battery 1 x Micro USB Cable 1 x Hook&...

The Make block CyberPi is a programmable microcomputer that's designed for teaching and learning AIoT and Python. It's small, but features a full-colour display, multiple input devices, an independently-developed Cyberese system, much larger storage and an assortment of modules and sensors. Working with mBlock, CyberPi brings Python to classrooms and allows users to teach and learn AIoT easily, from the very beginning to advanced. Working with a high-performance Pocket Shield, CyberPi makes creation unlimited. CyberPi is perfect for technological innovations, coding education and other educational purposes, bringing more fun to teaching and learning. Pocket Shield: Pocket Shield powers CyberPi and extends CyberPi's capabilities. 1.44'' full-colour display brings data science into classrooms and makes learning outcomes visible On-board microphone and speaker enable basic natural language processing and unveil the secrets behind human-computer interaction Built-in Wi-Fi module facilitates IoT- based and LAN-based innovations and applications that are closely related to our life Create motion-controlled games to fuel creativity and fun in classroom

The Make block Pocket Shield is the basic expansion board for CyberPi. It provides CyberPi with autonomy, not requiring to be physically connected to a computer. It has a built-in 3.7V, 800 mAh rechargeable battery. It also integrates two DC motor interfaces, and two 3-pin interfaces that are compatible with servos, light strips and Arduino sensors. The casing can be mounted with Make block and LEGO structural parts. Rechargeable 800mAh battery with high load capacity and long duration 2 motor ports and 2 servo ports, allowing more possibilities for creation 2.54mm pin spacing, digital/analogue interfaces compatible with LED strips and Arduino sensors Anti-reverse connection, protecting electronic modules Compact and easy to carry around

The CyberPi Classroom Coding pack from Makeblock is designed for teaching and exploring the development of students' coding skills as they move from block-based programming to using the Python and Micropython languages, all of which is supported by Makeblock's mBlock coding editor. CyberPi is a single board computer (also known as an SBC) packed with advanced electronics and the high-performance pocket shield casing creates even further possibilities for CyberPi due to its high-capacity battery and compatibility with third-party sensors. This combination of hardware and software makes CyberPi a powerful tool to introduce students to Data Science, Artificial Intelligence (AI) and the Internet of Thing (IoT) with advanced yet easy-to-use features. The CyberPi may be small in size, but it benefits from a full-colour display, multiple input ports for the assortment of accompanying modules and sensors, and an independently-developed CyberOS system, that provides much larger storage and the ability to switch between programs with ease. Working with mBlock, CyberPi brings Python to classrooms and allows users to teach and learn AI & IoT easily, from the very beginning to advanced. CyberPi is perfect for technological innovations, coding education and other educational purposes, bringing more fun to teaching and learning. Features Makeblock's CyberPi Classroom Coding Kit has many beneficial features that help support the development of coding and programming skills in students, introducing them to data science, networks, AI, and IoT, including: Each pack contains four CyberPi, four starter manuals and four Type-C USB cables A 1.44'' full-colour display, bringing data science into classrooms in a way that's easy and fun to engage with and making learning outcomes visible An on-board microphone and speaker enables basic natural language processing, unveiling the secrets behind human-computer interaction The built-in Wi-Fi module facilitates IoT-based and LAN-based innovati...

The MakeCode Arcade editor has been designed to allow everyone, from beginners to experienced game enthusiasts, to create retro arcade games to run in the browser or on handheld consoles. It consists of drag and drop blocks that snap together to form programs. You can also write code for ARCADE in Javascript and there is also a Python editor coming soon! The emphasis for MakeCode Arcade is Education and there are a wealth of resources available on the MakeCode Arcade website to facilitate this. There are guided tutorials that walk you through creating simple games, more complex games that you can open and learn from, games written by community members that you can learn from, game concepts tutorials, tutorials that explore graphics and Maths, lesson plans, CS courses, printable coding cards for the classroom, video tutorials, and much more!