Adama Robotics

Adama Robotics is a company that designs, produces, and sells educational robotics kits and a proprietary visual programming language called AdamaScript. The company was founded in 2014 by Dauda Barry while he was a student at Queen Mary, University of London. Its goal is to make robotics and artificial intelligence education accessible and to help bridge the digital divide.

The company’s main product is the Bell Educational Robot Kit, designed to teach coding and robotics through hands-on learning. The kit introduces users to the fundamentals of robotics, computer science, and engineering using a structured learning approach. AdamaScript, the company's proprietary visual programming language, simplifies coding for beginners by using a block-based interface.

Adama Robotics focuses on STEM (Science, Technology, Engineering, and Mathematics) education. Its solutions are suitable for students aged 10 and above and are used by both individual learners and schools. The company offers lesson plans, tutorials, and annual robotics challenges to encourage engagement with robotics.

The company’s website, adamarobotics.com, provides installation files for AdamaScript, along with manuals and learning resources. Video tutorials are available to help learners understand the concepts better. The company also offers a curriculum that aligns with STEAM education principles, making it easier for teachers and parents to introduce coding to students.

Adama Robotics is a for-profit company based in London, United Kingdom, operating in the computers and electronics manufacturing industry. It has a small team and is active in the development of educational technology.

The company promotes its vision of making robotics and programming education widely accessible by providing affordable and interactive learning tools. It aims to prepare students for future careers in technology by giving them practical experience with robotics and coding.

Adama Robotics was founded in 2014 by Dauda Barry while he was a student at Queen Mary, University of London. The company was established to provide educational robotics kits and a visual programming language that would make learning robotics and coding accessible. Barry aimed to create tools that would help bridge the digital divide and introduce students to robotics, artificial intelligence, and engineering in a structured way.

The company started by developing its first educational robotics kit, designed to teach students the basics of robotics and programming. Alongside the kit, Adama Robotics introduced AdamaScript, a block-based visual programming language that allows beginners to understand coding without prior experience. The combination of hardware and software provided a complete learning platform, making it easier for students to engage with robotics and programming.

In the following years, Adama Robotics focused on refining its products and expanding its reach. The Bell Educational Robot Kit was introduced as a key product, providing an interactive way for students to learn about automation, coding, and problem-solving. The company created a structured curriculum to support educators and students, offering step-by-step lessons and tutorials. To enhance learning, it developed a library of in-app puzzles, standards-based lesson plans, and annual robotics challenges.

Adama Robotics launched its website, providing access to installation files, user manuals, and educational resources. The company expanded its presence by offering video tutorials to assist students in understanding robotics and programming concepts. The Bell Robot became popular among students and teachers, as it was designed to be easy to use and integrate into classrooms.

The company continued its focus on STEM education and collaborated with institutions to provide tools for learning. Adama Robotics targeted students aged 10 and above, ensuring that its products could be used in schools and self-learning environments. By offering a structured approach to robotics education, it aimed to equip students with essential skills for the future.

In recent years, Adama Robotics has maintained its focus on providing educational solutions. Its platform remains active, offering software updates, resources, and support for learners. The company continues to develop and improve its products, ensuring they align with evolving educational needs. It remains committed to promoting robotics and coding education, helping students develop skills in science and technology.

Adama Robotics aims to make robotics and programming education accessible to students by providing interactive learning tools. The company focuses on developing educational robotics kits and a visual programming language that helps learners understand coding, engineering, and artificial intelligence. Through structured lessons, tutorials, and challenges, it seeks to improve STEM education and prepare students for future careers in technology. The company works towards reducing the digital divide by offering easy-to-use and affordable learning solutions. Its goal is to create an environment where students can develop problem-solving skills, creativity, and technical knowledge through hands-on experience with robotics and coding.

Adama Robotics envisions a future where every student has the opportunity to learn robotics and programming regardless of background. The company strives to inspire young minds by providing tools that help them explore technology in an engaging way. By integrating robotics into education, it aims to prepare students for a world driven by automation and artificial intelligence. The company seeks to bridge the gap between theoretical knowledge and practical application, ensuring learners gain real-world skills. Through continuous development and innovation, Adama Robotics plans to expand its reach and contribute to making STEM education more effective and widely available.

Adama Robotics has gained recognition for its contributions to robotics education and STEM learning. Its educational kits and visual programming language have been used in schools and institutions, receiving positive feedback for their effectiveness. The company has been acknowledged for promoting digital inclusion by making technology education accessible to students. Its innovative approach has been featured in industry discussions on improving STEM learning. The Bell Educational Robot Kit has been appreciated for its role in teaching programming and robotics in a structured way. 

Adama Robotics provides educational products and services focused on robotics, programming, and STEM learning. The company designs and sells robotics kits and a visual programming language to help students and educators understand the fundamentals of robotics, artificial intelligence, and engineering. Its products are designed for beginners and offer a structured learning experience that combines hardware and software for a complete educational solution.

One of the main products of Adama Robotics is the Bell Educational Robot Kit. This kit is designed to introduce students to coding and robotics in a hands-on way. The kit includes a programmable robot that allows users to explore automation, sensors, and movement control. It is built to be user-friendly, making it suitable for students aged 10 and above. The Bell Robot helps learners understand key programming concepts such as loops, conditionals, and logic by applying them to real-world robotic functions. The kit is also supported by a structured curriculum that includes step-by-step tutorials, exercises, and challenges to reinforce learning.

Adama Robotics also developed AdamaScript, a visual programming language designed to simplify coding for beginners. AdamaScript is block-based, which means users can drag and drop commands to create programmes without needing to write complex code. This method makes it easier for students to understand how programming works and allows them to focus on problem-solving and logical thinking. The programming language is integrated with the Bell Educational Robot Kit, enabling users to write and execute their own robotic commands. AdamaScript can be installed through the company’s website, where users can access installation guides, manuals, and additional resources.

To support educators and students, Adama Robotics provides a range of learning materials and educational resources. These include structured lesson plans that align with STEM education principles, making it easier for teachers to incorporate robotics and programming into their classrooms. The lesson plans are designed to guide learners through different levels of difficulty, starting with basic programming concepts and progressing to more advanced robotics applications. The company also offers video tutorials that demonstrate how to use the Bell Robot and AdamaScript, ensuring that students can follow along easily.

Adama Robotics encourages interactive learning through its robotics challenges and competitions. These events provide students with opportunities to apply their knowledge and test their problem-solving skills in real-world scenarios. Robotics challenges allow learners to engage with technology in a fun and educational way while improving their coding and engineering skills.

The company also offers customer support and technical assistance to ensure that users can make the most of its products. Support includes troubleshooting guides, online resources, and direct assistance for installation or programming issues. The company provides updates to its software to enhance functionality and ensure compatibility with the latest educational needs.

Adama Robotics focuses on making robotics education accessible by offering affordable and practical learning tools. Its products and services are designed to help students develop problem-solving skills, creativity, and a strong foundation in technology. By providing structured learning experiences, engaging educational materials, and continuous support, Adama Robotics aims to improve STEM education and prepare students for future careers in science and engineering.