Transform learning through real-world engineering, AI, and entrepreneurship. Our students work with industry-standard tools and expert mentors to build practical skills for the digital future.
Hands-on learning with professional-grade hardware
Learn from industry professionals
Curriculum designed to meet national standards
Comprehensive support and training
Track record of student success
Learn by doing with real-world applications
Comprehensive learning experiences designed to prepare students for the future
Find answers to common questions about our educational approach, methodology, and what makes EduKaizen different
Unlike traditional education that focuses on rote memorization and standardization, EduKaizen reimagines learning to be experiential, relevant, and joyful. We combine in-school experiential learning with expert-led live sessions across three verticals: Robotics, AI/ML, and Entrepreneurship & Financial Literacy. Our approach emphasizes 'learning by doing' where students don't just consume content but build, design, simulate, and apply concepts in real-world contexts.
EduKaizen is specifically designed to align with the goals of NEP 2020. We focus on developing future-ready skills through hands-on learning experiences, encouraging critical thinking, creativity, and problem-solving abilities. Our curriculum promotes cross-disciplinary learning and experiential education—all key aspects of the NEP 2020 framework.
Robotics sessions are conducted on weekdays within school premises. Students engage in hands-on building activities using internationally benchmarked STEM kits aligned with our curriculum. Animated lessons are played via projectors with an EduKaizen-trained science teacher present to provide real-time support. We use open-source, real-world hardware that engineers actually use in the field.
Our AI/ML classes are delivered by domain experts during weekend live sessions. These focus on conceptual clarity, real-world applications, and beginner-friendly programming environments. Students learn core concepts like supervised learning, neural networks, automation, and computer vision through intuitive teaching and project-based applications.
This program introduces Class 7–9 students to financial independence, budgeting, investments, market strategies, and entrepreneurial thinking through live weekend sessions conducted by professionals. The content is specifically tailored to build critical thinking, resourcefulness, and business acumen from an early age.
Our curriculum is carefully structured for Grades 7 to 9 with progressive difficulty and skill development. It's curated by practicing engineers (Robotics), industry professionals (AI/ML), and experienced educators (Entrepreneurship). The curriculum is designed for minimal teacher dependence with clear instructions and activity kits that enable self-paced learning. It supports all types of learners while reinforcing school academics through cross-disciplinary, real-world applications.
EduKaizen offers a robust three-tier doubt support system: 1) In-Class Doubt Resolution with real-time support from facilitators during sessions, 2) Personal Mentor Assistance for post-class queries addressed by assigned mentors, and 3) Instructor Escalation with live resolution sessions led by course instructors if needed. This integrated system ensures no student gets left behind.
Unlike most STEM kits that are plug-and-play with pre-set instructions and limited room for customization, EduKaizen uses open-source, real-world hardware (Arduino, sensors, motors) that engineers actually use. Our kits are modular yet deep, encouraging students to explore 'why' and 'how,' not just 'what.' They're designed with curriculum integration in mind and enable true cognitive development—design thinking, reverse engineering, logical sequencing, debugging, and experimentation.
Using real-world components helps students learn actual engineering principles rather than just mimicking actions. With industry-standard components, students gain understanding of sensors, circuits, and real-world logic while developing crucial problem-solving and debugging skills. This approach better prepares them for higher education and careers in STEM fields by connecting classroom learning to professional practice.
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