Intentional Learning Approach

Discovering the beauty and interconnectedness of each subject is essential for a meaningful learning experience.

To achieve this, we introduce our students to Four Intentions and Six Questions to consider before learning any subject.

By integrating this approach into our curriculum, we guide our students to approach each subject with purpose, curiosity, and depth.

Four Intentions to Set Before Each Subject

  • Students begin by reflecting on their motivations and goals for learning a particular subject.

    Understanding the 'why' fuels their curiosity and dedication.

  • Students examine the subject's connection to the Basmala, which invokes God's mercy and compassion while grounding their studies in this awareness.

    If knowledge does not ultimately lead to mercy and compassion, then there is no point in learning it.

    Our educational philosophy emphasizes that proper understanding must nurture empathy and kindness.

    This connection ensures that the pursuit of knowledge is meaningful and aligned with the greater good.

  • Students delve into how the subject connects with God's divine attributes, the Esma ul Husna, enriching their weltanschauung.

    By exploring how each subject reflects these divine attributes, students gain a deeper appreciation of the subject matter and its spiritual significance.

    This holistic approach shows how divine qualities are present in all aspects of knowledge around us.

    Vision Through Tawhid: La Ilaha Illallah

    Finally, they reflect on how the subject helps them see God's oneness in all things, reinforcing the concept of Tawhid.

  • Students reflect on how knowledge from each new subject can be applied to benefit society, highlighting the importance of learning for the greater good.

    Students examine how society can apply knowledge for practical benefits and social impact.

Six Questions for Deeper Understanding

  • Students examine how the subject relates to the concept of Tawhid (the oneness of God) and how everything in the universe reflects this unity, using the human experience as a microcosm.

    We connect and give examples on every subject, first from the human body and mind, to illustrate the concept of Tawhid, the oneness of God.

    By examining how each subject relates to this fundamental unity, we show how everything in the universe, including the intricate workings of the human body, reflects this divine coherence.

    This approach helps students understand complex concepts by relating them to their own experiences, reinforcing the interconnectedness of all knowledge.

  • Students investigate the historical origins of information, ensuring the accuracy of what they learn.

  • Students analyze where the information fits within the broader context of knowledge, understanding its connections to other subjects on the Information Network Map.

    Students reflect on how knowledge from each new subject can enhance their understanding in other areas.

    We are not seeking isolated knowledge that lacks connection.

  • Students critically examine the subject's relation to worldviews and potential biases, fostering a balanced and open-minded approach.

  • We explore the antitheses and critiques of established discoveries and consider alternative theories, promoting a comprehensive and balanced view of scientific knowledge.

Science in Depth

In our curriculum, we emphasize the power of terminology to spark curiosity and deepen understanding.

In each scientific course, we teach a comprehensive dictionary of crucial terms, ensuring students grasp the essential vocabulary of their discipline.

Our courses also explore academic genealogy, tracing the lineage of influential scientists and their contributions to the history of science, providing context for contemporary knowledge.

Additionally, we present a list of unsolved problems, challenging students to engage with the frontiers of science and inspiring the next generation of innovators.

  • Students start by examining the biographies of renowned scientists before exploring the related disciplines, focusing on their journeys, challenges, and successes.

    This approach highlights their scientific achievements and humanizes them, allowing students to empathize with their experiences and struggles.

    By understanding the personal aspects of these scientists' lives, students can find inspiration and connection to their scientific pursuits.

  • Students begin by brainstorming and mapping out science subjects' core ideas and concepts.

    They create a visual genealogy and connection map that highlights key areas, such as the analytical, theoretical, and physical aspects of each science subject and its interdisciplinary nature.

  • We explore the foundational philosophy, principles, and conceptual frameworks that underlie each scientific discipline. Students examine the historical evolution of theories, ethical implications of research, and the interactions between different scientific fields. This holistic approach promotes a deeper appreciation for the philosophical aspects of science, encouraging critical analysis and reflective thinking.

  • We emphasize the philosophical underpinnings of each science subject and its historical development.

    Students create timelines  and key components that trace the evolution of each subject, providing a contextual understanding of its theoretical aspects and unsolved problems with a solid foundation

  • In science lessons, we emphasize the importance of ethics in each subject, discussing the moral implications and responsibilities of scientific research.

  • Our program covers the various subcategories of each science discipline, providing a comprehensive understanding of the field.

  • Students explore the interdisciplinary nature of each subject, understanding its applications and connections with other sciences and fields.

  • Our curriculum covers the analytical, theoretical, and physical branches of each science subject, encouraging students to appreciate the depth and breadth of the field.

  • Students explore the true stories behind major scientific discoveries, gaining insight into the processes, theories, and foundations that underlie these breakthroughs.

    WHY?

    We ensure that students understand the "why" behind each research, making formal questions easier to approach.

  • Students investigate the lasting impact of groundbreaking scientific discoveries on the field of respected discipline and beyond.

  • Students learn about the scientific impacts and practical benefits of scientific discoveries, understanding how they contribute to human progress and well-being.

  • We highlight each subject's societal and industrial applications, showing students how each science impacts the world around them, including its role in art.

    Our approach covers the course's fundamental concepts and explores their applications in society and industry, preparing students for real-world challenges and careers in the field.

Exploring the Frontiers of Science

  • We explore various branches of each scientific discipline and ongoing research, encouraging students to remain informed about current developments and advancements in the field.

  • We delve into the challenging questions and problems within each science field that still need to be solved, encouraging students to think critically and creatively.

  • Instead of relying on pre-existing textbooks, students craft their books over the year.

    Student-created books undergo regular reviews and assessments, promoting continuous improvement and personalized learning for each student.

  • Students develop an index, outline, and glossary for their personalized textbooks, strengthening their understanding and making it easy to reference key concepts.

  • Students learn about the resources and equipment used in each subject, gaining practical knowledge about the tools and techniques employed by scientists.

  • We explore the fascinating intersection of quantum theory and each science subject, opening up new realms of understanding.

  • Through interviews and interactions, students get to know living, active scientists, gaining insight into their projects, labs, and the joys and challenges of their profession.

  • Students visit laboratories and production centers, taking notes and experiencing the practical applications of science firsthand.

  • We provide up-to-date information on funding opportunities, scholarships, awards, research questions, and leading journals.

  • We suggest programs that support and enhance students' understanding and skills in science subjects.

  • Students delve into various topics and explore related careers.

  • We introduce students to scientific magazines, YouTube channels, books, documentaries, and other resources related to each science subject, enhancing their learning experience.

  • Students engage in nature-based activities and questions that connect science lessons to the natural world, making learning more interactive and enjoyable.

  • Students look ahead to the future of science subjects, contemplating emerging trends, potential discoveries, and the evolving role of science in society.

    Our comprehensive approach to science education covers the existing body of knowledge and prepares students to be pioneers in their own right.

    By focusing on the unexplored, we aim to cultivate a generation of scientists ready to tackle tomorrow's challenges with ethical integrity and a passion for discovery.