Beyond the Classroom: IISO Grade 7 Students Connect Science, Faith, and Innovation Through STEM Learning
From Mount Takao to the Science Exhibition: A Four-Month Journey of STEM Learning Scientific Discovery, Engineering Design, and Islamic Reflection
At International Islamia School Otsuka (IISO), an international Islamic school in Tokyo, Japan, education extends beyond textbooks and classrooms. Through experiential IISO STEM learning and interdisciplinary projects, students are encouraged to explore the world around them, develop critical thinking skills, and connect academic knowledge with Islamic values.
A recent Grade 7 STEM project demonstrated this educational approach by bringing together Science, Technology, Engineering, and Mathematics (STEM) through hands-on activities inspired by a school trip to Mount Takao.
What began as an outdoor learning experience during Term 1 developed into a four-month journey of scientific investigation, creative problem-solving, and engineering design, culminating in a Science Exhibition where students presented their discoveries and practical models.
From Mount Takao to the Classroom: Learning Through Real-World Experiences
The project began with the Grade 7 school trip to Mount Takao (Takao-san), located in Hachioji, western Tokyo.
Surrounded by forests, mountain trails, and examples of human engineering, students encountered opportunities to connect classroom science with the real world.
Inspired by their observations, they began investigating several topics:
Leaf structures: Exploring the forms and patterns found in plants and their relationship to natural functions.
Cable cars: Investigating how engineering and mechanical systems make transportation possible in mountainous environments.
Bridge design: Understanding structural stability, strength, and the principles behind safe construction.
Mountain trails: Considering how pathways can be designed to improve safety, accessibility, and interaction with the natural environment.
These investigations encouraged students to move beyond memorizing scientific concepts and begin asking meaningful questions about how things work and why they are designed in particular ways.
By connecting their experiences at Mount Takao with classroom research, students discovered that science and engineering are present in the environments they encounter every day.
Exploring the Wonders of Allah’s Creation Through Science
An essential dimension of the Grade 7 STEM project was integrating scientific inquiry with Islamic reflection.
As students investigated natural structures, patterns, and engineering principles, they were encouraged to reflect on the precision, balance, and order found throughout Allah’s creation.
Allah SWT says in Surah Al-Qamar:
﴿إِنَّا كُلَّ شَيْءٍ خَلَقْنَاهُ بِقَدَرٍ﴾
“Indeed, We have created everything, with precise measure.”(Qur'an 54:49)
This verse provided a meaningful foundation for reflecting on the remarkable organization of the natural world.
By examining the structures of leaves, the balance of natural systems, and the scientific principles governing physical structures, students were encouraged to appreciate the wisdom and precision evident in Allah’s creation.
At IISO, we believe that science and faith can complement one another. Scientific investigation helps students understand how the natural world functions, while Islamic reflection encourages them to consider its deeper meaning and their responsibility toward it.
Knowledge, Innovation, and Our Responsibility as Khalifah
The project also introduced students to the Islamic concept of Khalifah (خليفة) and humanity’s responsibility on Earth.
Allah SWT says in Surah Al-Baqarah:
﴿إِنِّي جَاعِلٌ فِي الْأَرْضِ خَلِيفَةً﴾
“Indeed, I will make upon the earth a successive authority.”(Qur'an 2:30)
Through this reflection, students were encouraged to consider an important question:
How can we use the knowledge and skills Allah has given us to benefit others and care for the world around us?
This question connected scientific learning with ethical responsibility.
Engineering, technology, and innovation were presented not simply as ways to create new products, but as tools that can help solve problems, improve safety, protect the environment, and contribute positively to society.
From Scientific Inquiry to Engineering Design: Learning by Doing
Throughout the four-month project, students transformed their research and observations into practical engineering models.
They explored how scientific principles could be applied to real-world challenges, including the stability of bridges, the mechanical systems behind cable cars, and the design of mountain pathways.
The process required students to:
Observe and investigate: Identify problems and explore relevant scientific concepts.
Research and plan: Gather information and develop possible solutions.
Design and construct: Transform ideas into physical models.
Evaluate and improve: Consider the strengths and limitations of their designs.
Collaborate and communicate: Work with classmates and explain their decisions.
Through these activities, students experienced an important principle of STEM education: engineering is not simply about building something; it is about understanding a problem, applying knowledge, testing ideas, and improving solutions.
The project also promoted student agency by encouraging students to take ownership of their learning, make informed decisions, and explain the reasoning behind their designs.
These experiences helped develop essential skills such as critical thinking, creativity, collaboration, communication, and perseverance.
Celebrating Student Innovation at the IISO Science Exhibition
The culmination of the project was the IISO Science Exhibition, where Grade 7 students showcased their work and shared what they had learned.
The exhibition provided an opportunity for students to demonstrate how classroom knowledge could be transformed into practical applications.
Through their models and presentations, students explained the scientific principles behind their designs, discussed the challenges they encountered, and shared the solutions they developed.
The experience also strengthened their communication and presentation skills.
Rather than focusing only on the final models, the exhibition celebrated the learning process itself—the questions students asked, the investigations they conducted, the problems they faced, and the improvements they made along the way.
For students, presenting their work was an opportunity to develop confidence and recognize the value of their own ideas.
Beyond STEM: Developing Responsible, Creative, and Faith-Conscious Learners
The Grade 7 STEM project illustrates IISO’s commitment to holistic education that integrates academic excellence, character development, and Islamic values.
By connecting outdoor experiences at Mount Takao with scientific investigation, engineering design, and Qur'anic reflection, students experienced learning as an interconnected process rather than a collection of separate subjects.
The project helped students develop three important dimensions of learning:
Academic Development: Strengthening scientific understanding, engineering thinking, research skills, and problem-solving abilities.
Personal and Social Development: Encouraging teamwork, communication, creativity, perseverance, and responsibility for their own learning.
Islamic and Character Development: Developing appreciation for Allah’s creation, reflecting on humanity’s responsibilities, and recognizing how knowledge can be used to benefit others.
These dimensions reflect IISO’s broader educational philosophy: preparing students not only for academic success but also for meaningful, responsible lives as Muslims in Japan and the wider world.
Learning Beyond the Classroom at IISO
At International Islamia School Otsuka (IISO) in Tokyo, we believe that meaningful education happens when students connect what they learn with the world around them.
The Grade 7 STEM project demonstrates how a school trip can become the starting point for months of exploration, discovery, and innovation.
From observing the natural environment at Mount Takao to presenting engineering models at the Science Exhibition, students experienced how science, creativity, collaboration, and Islamic values can work together.
Ultimately, this project was about much more than building models. It was about nurturing young people who are curious enough to ask questions, creative enough to explore solutions, responsible enough to consider their impact, and thoughtful enough to recognize the signs of Allah in the world around them.
Through learning experiences like this, IISO continues to nurture students who connect knowledge with faith and use their abilities to make a positive difference.
Written by Ms. Amal Raafat
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