Empowering Africa’s Future Through the Mandela Day Coding Tournament

As the African continent gears up to commemorate the annual Mandela Day, there’s palpable anticipation in the air, particularly among those connected to Tangible Africa. This non-profit organization’s flagship event, the Mandela Day Coding Tournament, is poised to make a significant splash.

The tournament had an impressive engagement with 6,000 participants across South Africa the previous year. However, the event this year is poised to eclipse that record. Tangible Africa aims to host nearly 100 coding tournaments, an ambitious endeavour expected to draw more than 10,000 learners from different regions.

With the steadfast support of the primary sponsor, AWS InCommunities, and increasing participation from regional sponsors recognizing the initiative’s potential, Tangible Africa is strategically positioned to stage possibly the world’s largest Mandela Day event.

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Teaching Coding and Robotics Intermediate Phase

Developing such skills around Coding and Robotics at an early age prepares young learners for a technology-driven world and nurtures problem-solving abilities and creativity. As a result, schools are eager to integrate these subjects into their curriculum, particularly during the Intermediate Phase.

Introducing coding and robotics in the classroom may initially appear daunting, but creating engaging and fun learning experiences is possible with the right tools and strategies. Educators should prioritise a practical approach, utilising hands-on activities that promote learner exploration and collaboration. Moreover, they must recognise that teaching these subjects entails fostering an environment of patience, encouragement and adaptability.

Educators can incorporate a variety of resources, such as online platforms, visual programming tools and programmable robots, to aid in teaching learners about the fundamentals of coding and robotics. By starting with the basics, progressively building upon concepts, and allowing learners to experiment with their creations, it’s likely that young learners will develop an abiding interest in these fields, setting them up for future success.

Make sure to select the right robotics kit for Intermediate Phase learners

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What is Computational Literacy?

Computational literacy has emerged as a vital skill for individuals from all walks of life. The concept encompasses the practical knowledge of fundamentals, techniques, and strategies to create, understand, and interpret the digital world. Essentially, computational literacy allows individuals to thrive in a technology-driven environment by empowering them to utilise computational thinking in their daily lives and careers.

While many assume computational literacy is limited to computer programming and coding, this skill goes beyond that. It’s about understanding and applying algorithmic thinking, problem-solving techniques, and data representation to various disciplines. From art and design to natural sciences and social sciences, computational literacy equips individuals with the ability to analyse complex problems, design solutions, and evaluate their effectiveness.

Emphasising computational literacy in education and training programs is essential in preparing individuals for the future workforce. As technology continues to evolve at a fast pace, there’s an increasing demand for professionals who are not only skilled in their respective fields but also adept at using technology to enhance their abilities. By fostering computational literacy, we can bridge the gap between technology and human ingenuity, unlocking the endless potential for innovation and progress.

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