MIDDLE YEARS PROGRAMME (MYP)

THINK DEEPER.
BUILD WHAT
MATTERS.

Critical thinking today.
Leadership for tomorrow.

AGES 11–15|GRADES VI–X|IB MYP
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Students are not simply learning about the world. They are learning how to understand it, question it and shape it.

Indian middle school students collaborating on an engineering prototype in Mirai Experiential School maker studio
Inquiry & Design Studio • Ghaziabad Campus

CRITICAL THINKING

Question assumptions & build analytical rigour

AI & TECHNOLOGY

Responsible creation, computation & ethics

DESIGN & INNOVATION

Iterative prototyping from napkin to physical test

REAL-WORLD PROJECTS

Field inquiry in ecology, community & civic systems

GLOBAL LEADERSHIP

Purposeful communication with multi-cultural empathy

CURRICULAR PILLARS

MYP LEARNING AREAS

Where academic breadth meets experiential agency. Guided by the International Baccalaureate Middle Years framework.

Students analysing data and debating hypotheses at Mirai
Analysis & Logic

CRITICAL THINKING

Students analysing information, debating ideas or solving a complex problem.

Middle schoolers examining sensor telemetry and algorithmic systems
Digital Creation

AI & TECHNOLOGY

Students exploring AI, coding, robotics, digital tools or technology-driven solutions.

Students drafting physical structural solutions in the design workshop
Prototyping

DESIGN & INNOVATION

Students designing, prototyping, testing and improving an idea.

Students conducting field interviews on urban environmental challenges
Community Action

GLOBAL PERSPECTIVES

Students exploring cultures, communities, global issues and different perspectives.

ETHICAL COMPUTATION & MAKING

LEARNING TO
SHAPE THE FUTURE

Computers and tools shouldn't just keep kids busy on a screen.Here, they become tools kids use to ask real questions, build working models, and solve problems they actually care about.

Middle school students working with robotics, coding, and electronics in Mirai maker space
Mirai FabLab & Robotics Studio • Applied Prototyping
Natural inquiry • Hands-on debugging

Applied Electronics

Wiring up simple circuits, plugging in sensors, and figuring out how everyday electronics actually tick under the hood.

Computational Thinking

Breaking big, messy problems down into smaller steps, writing clean code, and testing ideas until they work smoothly.

Ethical AI Literacy

Understanding when to use smart tools, spotting bias or mistakes in tech, and learning how to think critically about digital data.

Rapid Prototyping

Sketching ideas on paper, jumping onto 3D design software, and building working physical prototypes with their own hands.