The document discusses the importance of making learning enjoyable, suggesting that the kindergarten model of education can be extended to include hands-on STEM learning through programs like 'Build a Bot.' This program emphasizes practical skills in science and technology in a supportive classroom environment, addressing the challenges faced in traditional education methods. Additionally, the document highlights the collaboration with disadvantaged schools in preparation for international robotics competitions such as the First Lego League.

2. We all wish kindergarten never ended. Why? It was so much fun! However, many of us have been brainwashed that education is a rigid learning and disciplined process; rather than a fun filled adventurous process. According to researchers, kindergarten is the most effective period of learning. How can we make the kindergarten model continue? Step into the world with Beyond Education …

3. of design & technology which will dominate the future of business and experience the full design process of: Researching Sketching Building Programming Problem solving Step into the world …

4. What is Build a Bot? A program exposing students to Science, Technology, Team Work, Design, Computer Programming and Engineering

5. Build a Bot We create a fun environment that teaches STEM skills and excites students for the real world possibilities in Science and Technology fields

6. Course Structure The course runs for 8 months, 2 hours per session, once a week with a minimum of 4 and a maximum of 9 students per class. The program focuses on compact teaching periods (20-30min) with extended hands on periods (1h30) assisted by close teacher support. This fosters a self-empowering approach to learning, while not allowing struggle and frustration to set in.

7. What are the Results? STEM skills that have traditionally been taught in a theoretical setting are now taught using real world examples and problems. It fast tracks students who have an interest in STEM fields; encourages and empowers those who have a fear of STEM. Students are eager to solve the exciting challenges presented but are forced to learn the skills they need in a non threatening environment.

8. Other programs? Beyond Education also helps disadvantaged schools prepare for the First Lego League (FLL). FLL is an international robotics program for 9 to 16 year olds, which is designed to get children excited about science and technology -- and teach them valuable employment and life skills. A theme is provided each year by FLL and teams prepare for a provincial competition in November. Successful provincial teams are chosen to compete at a national competition in Gauteng. For more information see www.firstlegoleague.org

9. University science departments face various challenges, but most agree that the lack of adequate entry-level skills in maths and science is one of the most serious issues: “No level of South African education, from kindergarten to post-doctoral studies, can yet be called a scientific success” Source: Christie, 2005 Successes and failures in the development of science and technology in South Africa. The state of STEM (Science, Technology, Engineering and Mathematics) in South Africa

10. Minimum of 4 Students: R 1500 per student per month( excluding travel cost for trainer) Total cost per team of 4 students R 6000 per month for 8 months = R 48 000 Course will include all computer and Lego mind storm NXT robotic kits. Cost breakdown