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Future Makers program: Maker Days Eindhoven invests in the future
Friday, September 13th marks the kick-off day for Maker Days Eindhoven. The day begins with the launch of the Future Makers program in collaboration with the Novalis high school from Eindhoven, followed by Maker Night in the evening—a premiere of a mind-blowing experience featuring unique Sound Machines.
On Friday, September 13th, the Future Makers Factory will debut, a unique program aimed at young people, developed in collaboration with schools and partners. This day is all about innovation, technology, and creativity and serves as a significant lead-up to Maker Days Eindhoven, which will take place on Saturday, September 14th, and Sunday, September 15th.
In the morning, the Maker Days organization will host four classes from Novalis high school in Eindhoven for an inspiring and educational program. Students will participate in various workshops designed to challenge and inspire them to discover and develop their own creativity. The workshops focus on themes such as Sound Machines, virtual reality, the metaverse, video, music, upcycling, sustainable living, kinetic art, cyber fashion, gaming, transformer, and robot art.
The Future Makers Factory is not just an event; it is a powerful statement promoting creative technology and the development of 21st-century skills. As a side event of Maker Days Eindhoven, this program puts maker education firmly on the map, offering young people aged 14 to 25 the chance to discover and develop their talents.
The kick-off day continues into the evening, where all youth under the age of 23 are invited. Maker Night is a special performance program developed specifically for this age group. During this evening, they can enjoy spectacular and interactive performances, a perfect way to conclude a day full of innovation. Tickets for this evening are available at makerdays.nl.
Maker Night: An Exclusive Evening of Sound and Innovation
Maker Night: The premiere of a mind-blowing experience with unique Sound Machines.
On Friday evening, September 13, as the Kick-Off of the Maker Days. This event takes place at M by Muziekgebouw Eindhoven, located at the Markt next to the Casino, and offers a unique opportunity to explore the world of Sound Machines, where inventors, artists, and hackers showcase their creative masterpieces. This live mix of installations and instruments promises to be an unforgettable experience.
During Maker Night, you can enjoy performances and demonstrations from some of the most innovative creators:
Studio Wotto: Playful synthesizer madness that will stimulate your senses.
Ponytrap: A drum robot you have to see to believe.
Cheerful Electronic: Electronic toys full of surprises.
SAMU: Music enriched with sensors, giving you a new way to experience music creation.
Thunderboom Records: Immersive Augmented Reality experiences.
Bass Bot Bamboule: A guitar played by a 3D printer – where technology and sound art come together in a unique performance.
Please note: Maker Night is exclusively for people under 25 years old, and only 100 tickets are available. Don’t miss out on this unique evening and secure your ticket quickly via makerdays.nl!
Come to Maker Night in Eindhoven and be amazed by what’s possible when technology and creativity come together!
**Time: 7:00 PM – 11:00 PM
**Location: M by Muziekgebouw, Eindhoven
Thanks to AI, the new educational robot MAKEBLOCK mBot2 can even be controlled via facial expressions and reproduces feelings
The mBot2 programming robot replaces the globally successful mBot1 after 8 years and inspires with state-of-the-art sensor technology, new motors and a brand new AI control board in a familiar design. For children, teachers and tinkerers who want to learn more about computer science, STEM, IoT, AI and block-based coding through play
Ubstadt-Weiher, 29.04.2021 – Over the past eight years, the educational robot mBot from MAKEBLOCK has not only taught millions of children, students, teachers and aspiring programmers complex STEM (science, technology, engineering, mathematics) relationships in a playful way, but also put a smile on their faces after completing successful missions. And the success story continues with the new mBot2: Under the carefully modified shell, which is now made of robust aluminum, concentrated state-of-the-art technology is packed that enables countless new programming and application possibilities. The most striking thing at first glance are the next-generation ultrasonic sensors, which look at you in bright blue. Who can resist this seductive look? The blue „eyes“ are not only suitable for precise distance measurement, they also convey emotions with the help of the controllable ambient lighting. The mBot2 almost seeks eye contact with the little programmers, because AI image recognition can be used to control speed via facial expressions, for example.
The „brain“ of the mBot2 is the powerful CyberPi microcontroller with integrated color display, speaker, microphone, light sensor, gyroscope, RGB display and more. The built-in WiFi and Bluetooth module allows you to connect to the Internet for smart functions such as speech recognition, speech synthesis, LAN broadcast and uploading data to Google Sheets. The mBot2 is currently the most exciting toy robot to build yourself (only a screwdriver required), versatile expandable and with great design freedom in programming, which also makes the inner workings of a robot tangible: Available now for an RRP of 139 EUR (incl. VAT) in the Solectric online shop.
mBot2 communicates with its environment – powered by CyberPi
One of the most important innovations of the mBot2 compared to the previous version is its network capability with the help of the CyberPi microcomputer. The programmable powerhouse, in combination with the mBlock coding editor, is a practical learning aid for computer science and AI education and sets hardly any limits to children’s play instinct. Teachers have the option of using Google Classroom, for example, to conduct interactive and advanced lessons in which several mBot2 communicate with each other via the Internet. In this way, the data from various devices can be collected, visualized and processed and initial programming for AI and IoT (Internet of Things) applications can be learned.
„The small educational robot mBot2 makes programming child’s play and encourages children to play creatively and interactively,“ explains Alexander Hantke, Head of Solectric Education. „For children who are interested in electronics, robotics and programming, the mBot2 is the ideal gift. Especially when children realize how other family members are also enthusiastic about the topic, they are often carried away by it. But it’s also important to let children make their own mistakes with the mBot2 in order to keep the fun factor high over a long period of time.“
The CyberPi controller with a 1.44″ full-color display for displaying data, images and other information can be used not only as the robot’s data center, but also as a handheld device such as a game controller or monitoring device. The built-in memory and operating system make it possible to store and manage up to eight programs in the controller.
It gets really exciting when connecting multiple mBots2 creates a local network of robots that communicate with each other, share information, and perform tasks. If the mBot2 are connected to the Internet, they can perform advanced functions such as voice recognition, connect to a cloud or retrieve weather information. Maximum precision in controlling the rotation, speed and position of the wheels and the robot is promised by the 3-axis gyroscope installed in the CyberPi and the accelerometer for the optical encoder motors, which have a torque of 1.5 kg-cm, a maximum speed of 200 rpm and a detection accuracy of 1°.
mBlock – the powerful coding platform for easy entry into computer science and STEM lessons
The programmable robot helps kids learn how to code step-by-step through interactive drag-and-drop software. With the extensive tutorials and the included project cases, the young explorers can start with graphical programming and use the programming languages Scratch or Arduino C with one click. The mBlock software is compatible with Windows, macOS, Linux and Chromebook and also supports Android and iOS. Together with mBlock, the mBot2 becomes a powerful tool to get in touch with advanced technologies such as AI, IoT, and data science. Students start with block-based coding and move on to Python coding as they gain experience. The Python Editor supports the young programmers with smart functions such as intelligent autocomplete and syntax highlighting.
Extensible with mBuild modules and Makeblock components
The mBot2 can extend the radius of action with more than 60 different mBuild modules and connect up to 10 different sensors, motors, LEDs or other components in series at the same time. A micro-controller unit (MCU) is built into each module, which allows the modules to be connected without prior disconnection or a specific order. Meanwhile, add-on packages are also available for this programmable robot for children (not included) to teach programming, robotics, electronics and construction, while students can program and execute interactive missions through hands-on learning.
The mBot2 is equipped with a 2,500 mAh battery in the so-called mBot2 Shield, which can be conveniently charged via a USB C cable. The mBot2 Shield also has two connectors for encoder motors, two connectors for DC motors, and four connectors for servos. Some of the servo connectors can be connected to LED strips and analog/digital Arduino sensors.
For more information, please visit the Solectric online store: https://shop.solectric.de/educational/makeblock/mbot/3729/makeblock-mbot-2?c=4807
Building the Makeblock mBot2
MATRIX Robotics System unveils MATRIX R4 Robo Set in Collaboration with Arduino Education
In July, the Taiwanese-based company MATRIX Robotics System marked a significant milestone in educational robotics with the release of its latest product: the MATRIX R4 Robo Set. Developed in partnership with and certified by Arduino Education, this innovative robotics set is built on the UNO R4 WiFi platform, providing users with a sophisticated 12- in 1 robot model and versatile tool to explore and excel in the field of robotics.
The MATRIX R4 Robo Set has been meticulously designed to cater to all ages for versatile projects. The MATRIX R4 offers comprehensive solutions that leverages Arduino’s cutting-edge technology. The set provides endless possibilities for those eager to enhance their robotics skills, whether they are students, hobbyists, or seasoned competitors.
The MATRIX R4 Robo Set includes a versatile controller that supports various applications beyond just robots, but also factory simulations. The controller allows for different projects and scenarios, such as smart factories, by integrating components like the Mvision camera and IoT functionalities. The Smart Factory simulation models a factory inspection process where products are assessed after production. This flexibility enables users to explore and understand a wide range of industrial and technological processes.
The MATRIX R4 RoboSet serves as more than just a tool; it is an educational journey. With educational objectives, it enhances learning programming featuring MATRIXblock and Arduino IDE, introduces foundational computing concepts, making it an ideal starting point for anyone interested in computer science and robotics. Furthermore, with a quick and easy assembly building system, users gain hands-on experience in mechanism design, a crucial skill in robotics.
The R4 set not only lays the foundation for developing hardware and software integration skills but also encourages users to think critically and creatively when tackling real-world robotics challenges. It provides practical applications for problem-solving skills. While controlling a motor with Arduino WiFi can be challenging, especially when managing both the motor and sensors, the R4 set simplifies the process with its easy plug-and-play solution.
One of the standout features of the MATRIX R4 Robo Set is its compatibility with various expansion kits, allowing users to customize and expand up to 12 different robotic creations. For example, the MX300 expansion kit empowers users to build robust and fundamental robots using the MATRIX basic set. The MX300 Expansion Kit is a versatile tool that bridges the gap between theory and practice in small and medium-sized Autonomous Mobile Robots (AMRs). Tailored for students, educators, and enthusiasts, it helps users understand AMR principles and serves as a demonstration robot for the MARC (Master AI Robot Cup) competition, providing participants with a platform to practice and hone their skills in a competitive setting.
Additionally, the MJ2 Wireless Joystick, a key part of the MATRIX ecosystem, uses 2.4G wireless technology to connect over 20 devices simultaneously. Its strong anti-interference and stable signal make it perfect for precision-demanding competitive scenarios.
As the field of robotics continues to evolve, MATRIX Robotics System remains at the forefront, providing cutting-edge tools and resources to inspire the next generation of roboticists. The MATRIX R4 Robo Set represents a gateway to a world of innovation, creativity, and competition, equipping users with the skills they need to succeed in the rapidly changing landscape of robotics.
Get yours today
https://www.matrixrobotics.com/matrix-r4-robo-set
By joining the MATRIX Project #DevelopMATRIXR4ROBO program, you’ll:
-Gain Hands-On Experience: Receive a complimentary MA300 sample to explore and integrate into your projects.
-Provide Valuable Feedback: Share your insights and suggestions to help improve future iterations of the MA300.
-Showcase Your Skills: Demonstrate your expertise through application videos and social media promotion.
Sign up today and create like never before!
KT2 Kungfu Turtle: Promoting STEM-Based Learning with the Release of a Cutting-Edge Pocket-Sized Desktop Robot
Seattle, WA – Crafted for portability, KT2 promotes physical activity through intuitive prompts and interactive games, making it a perfect companion for home and professional settings.
Designed by Seattle based tech company, Wair Living, the In-house robot innovation team KameRobotics have developed a mini-robot that enhances productivity at home, acts as a thoughtful companion, and is a diligent STEM teacher.
„Our KT2 robot prioritizes user privacy and minimalist with its design, featuring no integrated cameras or screen.“ said Qian Li, Founder of Wair and KameRobotics. „We want to ensure a secure interaction environment and more intuitive play via robot action and lighting interaction“.
KT2 Kungfu Turtle is not just a toy but a multifunctional companion for gaming, productivity, and learning. It features acrobatics, physical sparring, and autonomous return functions, supported by a powerful operating system and programmable chipset.
Beyond entertainment, KT2 enhances productivity in home and office environments. It includes a Pomodoro timer for focused work intervals and movement prompts to combat sedentary lifestyles. The modular design allows customization with accessories, transforming KT2 into a unique desk ornament and interactive companion.
KT2 Kungfu Turtle is looking to raise $10,000 by 23rd August 2024. Early Bird rewards include a KT2 robot, access to 99 pre-installed games for $89, a significant discount from the $159 retail price. Shipping will be worldwide.
New Version of the 3D Printable Humanoid Robot pib To Be Released in August
At the last Robotics Meetup Nuremberg, significant updates about the humanoid robot pib were announced: a new version is set to be released in August.
Changes from Last Year’s Version:
• Stylish Design: The upper body has been redesigned to be more stylish, with hidden screws and motors, and no loose cables.
• Easier Assembly: The new version offers simpler assembly.
• Enhanced Motors: The shoulders are now equipped with stronger motors.
• Improved Imitation Feature: Previously, pib could only follow horizontal movements. The updated version can also follow vertical movements.
• Upgraded Electronics: The electronics have been upgraded to a Raspberry Pi 5.
• Dockerization: pib is now dockerized, allowing installation on various software systems. This was a community effort, especially during the last hackathon.
• Digital Twin: A digital twin has been developed, enabling simulations and machine learning.
Continuity and Compatibility
Not everything has changed. The camera and display remain the same, and efforts have been made to maintain compatibility with the previous version. Updated tutorials are being prepared to ensure easy assembly.
The meetup also featured a guest speaker from EduArt Robotik, who introduced EduArt, the robot. After the presentations and discussions, everyone enjoyed pizza and drinks while networking with fellow robotics enthusiasts.
LEGO 42148 Johnny 5 Robot – LEGO Technic Snow Groomer Alternate Build by grohl
ABot Advanced by Avishkaar
The Avishkaar ABot Advanced Kit is a comprehensive DIY kit for STEM robotics and coding designed specifically for children aged 8 and up. It contains over 60 parts, including metal parts, motors, sensors, wheels, USB cables, screws, nuts, an Allen wrench, and a wrench. With these parts, children can build 10 different robots, from simple vehicles to more complex constructions The set reminded me of the mBot when I set it up, as it was also based on a sturdy metal construction. The included stickers and the tool are nice. The instructions were easy to understand and I didn’t find any errors or had any problems assembling. The app for remote control and programming must be activated with the product code and the user must be registered before using it for the first time. When deploying, e.g. in the classroom, you should have done this in advance. By the way, the 9V block battery visible in the video is not included when purchased from a dealer, but a full-fledged battery pack. I only use the 9V battery because of delivery problems. Overall, however, it is interesting that the robot makes this possible at all. I’m playing with the idea of connecting a solar cell here and operating the robot with solar energy…like a real Mars rover…
Here is more detailed information:
- Easy to build programmable robots: With this kit, kids can create 10 different robots with over 60 pieces. This includes metal parts, an easily programmable brain, motors, sensors (2x light sensor, 1x touch sensor/button), wheels, USB cables, screws, nuts, an Allen key, a wrench, cables, and instructions.
- Control via mobile app: The robots can be controlled via a remote control app. They can also be programmed using a visual block-based programming environment (similar to Scratch/Blockly).
- Learning Objectives: With the ABot Advanced Kit, children learn robotics, programming, construction, mechanical design and problem solving.
- Compatibility: The mobile app is compatible with iOS 11 or later and Android 10 or later.
- Inexpensive Kit: The ABot Advanced Kit offers a sturdy metal frame to which motors and sensors can be attached. For the equivalent of about 60€, the set offers good value for money. Maybe the set will soon be available at a German retailer.
You can find a comprehensive assembly video of one of the 10 robot models here:
The set is available here: https://shop.avishkaar.cc/products/abot-advanced