– Basic concepts like Newton’s laws of motion explored through hands-on projects such as solar cars or rocket propulsion.
– Topics on electronics (e.g., sensors, microprocessors) coupled with programming skills using Python for software functionality integration.
– Advanced topics like Artificial Intelligence (AI),Machine Learning (ML),Internet of Things (IoT),and Artificial Intelligence of Things (AioT).
– Problem-solving tasks addressing local issues such as waste management or road infrastructure with innovative solutions involving production management or home automation projects.
The SIET’s initiative to blend STEM fields with robotics and art under the STREAM framework reflects an innovative approach to holistic education. By combining scientific rigor with artistic expression, it aims to cultivate not only technological competence but also empathy and social responsibility among participants. This methodology recognizes that meaningful advancements often require interdisciplinary perspectives connecting technology with human-centered values.The focus on problem-solving at community levels-such as addressing waste management or water conservation-has practical implications for nurturing future innovators who are attuned to real-world challenges faced within India’s civic landscape. Furthermore, introducing advanced technologies like AI/ML at secondary school levels positions India well in fostering early exposure among its youth toward emerging global skills. If implemented effectively across regions without disparities in resources or access, this program could serve as a model for other states while preparing students both intellectually and socially for challenges ahead.
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