STEM and AI at SSI
The School of Scientific Innovation aims to cultivate a new generation of thinkers, innovators, and leaders equipped to tackle the complex challenges of the modern world. The SSI learning model has been designed to provide a holistic, student-centered education that integrates advanced technology, promotes interdisciplinary learning, and fosters a supportive and inclusive environment.
Emphasis is placed on practical, hands-on experiences, continuous assessment, and global citizenship to prepare students for success in a rapidly evolving, interconnected world. In addition to that, STEM encourages students to approach problems in a logical, systematic way and helps them develop strong analytical and problem-solving skills that can be applied to real-world challenges.
Key Components aligned with STEM learning
1. Student-Centered Learning
Personalized and engaging learning experiences tailored to individual student needs, interests, and goals, fostering innovation and creativity through various pedagogical strategies.
2. Integration of Advanced Technology
Seamless incorporation of cutting-edge technologies into the curriculum to enhance learning outcomes and equip students with essential digital skills.
3. Practical, Hands-On Learning
Emphasis on experiential learning through projects, labs, and real-world applications, enabling students to apply theoretical knowledge innovatively.
4. Interdisciplinary Approach
Blending multiple disciplines to encourage holistic understanding and innovative problem-solving across various fields of study.
5. Assessment for Learning
Continuous and diverse assessment methods focused on learning progress, skill development, and real-world application rather than rote memorization.
6. Global Perspective and Citizenship
Developing globally aware and responsible citizens through exposure to international issues, cultural diversity, and community engagement.
7. Supportive Learning Environment
Creating an inclusive and nurturing atmosphere that supports academic, social, and emotional well-being through mentorship and collaborative learning.
8. Implementation Strategies
Structured plans and actions to effectively integrate and sustain the learning model components, ensuring continuous improvement and adaptability.
Innovation Labs
State-of-the-art facilities for STEM and AI exploration
Innovation and STEM Labs Resources
The Innovation and STEM labs at the school of Scientific Innovation are fully equipped with the state of art resources that provide opportunities for learners to indulge into the world of artificial intelligence (AI) such as:
Student Projects by Grade
Some projects that were done by the students in different grades:
Elementary Projects
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Grade 3: Building a simple obstacle avoiding robot
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Grade 4: Creating a simple robot that follows a line
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Grade 5: Motion Activated Servomotor
Middle School Projects
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Grade 6: Gas leak detector with alarm
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Grade 7: Automated plant watering system
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Grade 8: Motion activated fan with led indicator
High School Projects
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Grade 9: AI powered home automation system
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Grade 10: Security system with AI-generated alerts and personalized responses
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All grades have designed and printed 3D project using flashforge 3D printers
Students in Action
