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STEM education in India holds immense potential, especially with the recent recognition by the National Education Policy (NEP) of the necessity for a paradigm shift towards critical thinking and hands-on learning. Our project aims to spearhead this transformation by establishing a dynamic learning environment in schools that prioritizes practical application over rote learning. Through collaboration with government schools, we seek to integrate STEM education seamlessly into the existing curriculum.
Aim of the Project:
The core objectives of our STEM for Bharat initiative are:
Empowering students to tackle real-life problems using STEM knowledge.
Enhancing innovative skills such as computational thinking, problem-solving, and creativity.
Delivering quality STEM education through practical activities, workshops, and experiential learning.
Increasing student attendance, retention, and interest in science and math subjects.
Encouraging students to pursue STEM careers and become future problem solvers.
Key components of our intervention strategy include:
STEM on Wheels: Mobile vans equipped with science kits and demo models visit schools to conduct hands-on sessions.
Pedagogy: Interactive sessions, digital content, and assessments enhance learning outcomes.
DIY Kits: Students engage in practical experiments with plug-and-play kits to reinforce concepts.
Science Exhibitions: Mega events showcase student projects, fostering confidence and innovation.
Monitoring and Evaluation:
Our robust monitoring and evaluation mechanisms ensure accountability and measure impact:
Customized progress tracking for each student, digitally recorded.
Quantitative assessment through workbooks and qualitative evaluations to gauge behavioral changes.
Monthly feedback loops to continuously improve the program based on stakeholder input.
A STEM mobile van, with an ideology of catering 8 schools using a single mobile van and catering to 1500+ students as well as capacity building of teachers. The van equipped with science kits under the initiative will travel to the doorstep of remote schools. The STEM mobile van comprises science demos, working models and DIY kits covering a wide range of topics in Physics, Chemistry, Biology and Mathematics for Class 6th to 8th mapped to their existing course curriculum.
The project aims to achieve significant outcomes, including:
Creating a better learning environment and improving attendance and retention rates.
Enhancing students' innovative and learning capacities, leading to better academic performance.
Cultivating interest in science and engineering careers, with long-term impacts on scholarship and skill development.
21
Government primary schools (3 urban + 18 rural)
42
Government primary school teachers
21
Headmasters
3,800
Students
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