A company that specializes in education STEMpedia has created an AI learning companion that replaces traditional learning with cutting-edge technology and engaging hands-on learning.

Imagine having to learn both programming and your time’s tables. What if you had to be able to spell as well as comprehend robotics? It may sound futuristic, but this is the reality in which today’s youth live, where education is blurring the lines between traditional and new and developing technology. This is where Quarky comes in.

Fortunately, innovators and technologists recognize that digital literacy in youngsters is no longer a plus but a requirement, especially when you consider how connectivity and technology have allowed millions to continue to work, learn, and communicate in recent years.

Quarky, an AI learning companion developed to assist youngsters to learn about and understand new and commonly used techniques such as artificial intelligence, warehouse automation, machine learning, and self-driving cars, was built by STEMpedia, an education firm.

Wheels and a circuit board with several attachments for attaching the component to a smartphone make up the device. Quarky may convert into a variety of devices with diverse functionalities, such as a simple game console and a self-driving automobile that can recognize objects and calculate routes.

Features of Quarky

Quarky is more than simply an educational toy; it encourages kids to investigate real-world applications of AI, robotics, and programming. Kids can, for example, use machine learning to build DIY robots and create their own digital assistants with speech and face recognition, similar to Amazon’s Alexa.

Moreover, Quarky comes in three separate versions; each of which caters to a particular set of interests and covers a different set of topics. The Innovator kit inspires young inventors, while the Ultimate kit expands their knowledge of advanced artificial intelligence and robotics.

Both come with navigation stickers and a roadmap to help users build and develop self-driving cars. Finally, the Rover kit lets young space explorers to construct their own Perseverance Rover to travel through Mars’ surface.

In a world where digital skills are not just desirable but also required, this type of offering makes sense. To begin with, all occupations necessitate some level of digital savvy. Second, the digital sector is rapidly expanding in light of the worldwide pandemic.

Online courses curated and conducted by qualified educators complement the product. Also, each course includes a “capstone project” allowing students to assess their knowledge by learning industry-standard ideas utilizing the kit.