Author: Raj Kumar Mahto
Raj Kumar Mahto
Role: Learning Experience Designer (LXD) & STEAM Educator | Tan90, Bengaluru, India
Core Focus: Designing Innovative Learning Experiences at the Intersection of STEM, AI & Pedagogy
Specializations: Curriculum Frameworks, Assessments, Interactive Learning Environments, AI-Driven Personalized Learning
Teaching Philosophy: Learner-Centered Design | Hands-On Activities | Real-World Applications | Inquiry-Based Learning
Mission: Transforming Classrooms into Engaging, Personalized & Future-Ready Learning Environments
Publication: Author, ENTECH Magazine
Subject Expertise: Learning Experience Design, STEAM Education, AI in Education, Curriculum Development, EdTech, Personalized Learning, and Future-Ready Pedagogy.
My Journey in My Words
I am Raj Kumar Mahto, a Learning Experience Designer (LXD) and STEAM Educator at Tan90 in Bengaluru, India. My work sits at the intersection of education, technology, and learning design — a space I find endlessly fascinating because it directly shapes how students experience knowledge.At Tan90, I design innovative learning experiences that integrate science, mathematics, and emerging technologies such as Artificial Intelligence. My work involves developing curriculum frameworks, assessments, and interactive learning environments that enhance student engagement, deepen conceptual understanding, and spark curiosity for STEM subjects. I believe that modern education must go beyond traditional classroom instruction and give students opportunities to explore concepts through hands-on activities, real-world applications, and inquiry-based learning.A significant part of my work explores how Artificial Intelligence can support personalized learning. The rapid evolution of skills required in today's world makes it increasingly challenging for traditional classrooms to address the diverse learning needs of every student. AI-driven learning systems offer a way forward — they can create adaptive learning paths, power intelligent assessments, and generate data-driven insights that support both students and educators. My goal is to leverage these technologies to make education more accessible, flexible, and responsive to individual learning needs.As a STEAM educator, I am passionate about promoting interdisciplinary learning, where Science, Technology, Engineering, Arts, and Mathematics work together to foster creativity, innovation, and problem-solving skills. I strongly believe that integrating these disciplines helps students develop the mindset required to address real-world challenges and prepares them for future careers in technology-driven fields.At the heart of my work is a simple belief: that learning should be engaging, personal, and connected to the world students will inherit. Through my work and writing, I aim to contribute to conversations about the future of education — particularly how thoughtful learning design and emerging technologies can transform classrooms into environments where every student can thrive.What I Write About
- Learning Experience Design & Learner-Centered Education: Designing educational content that puts the learner at the center; combining pedagogical principles with digital tools; creating interactive learning environments that enhance engagement and understanding; the shift from teacher-led to learner-driven classrooms.
- AI in Education & Personalized Learning: How Artificial Intelligence can create adaptive learning paths for students; intelligent assessment systems that provide real-time feedback; data-driven insights for educators; making personalized learning scalable and accessible; the ethical considerations of AI in the classroom.
- STEAM Education & Interdisciplinary Learning: Integrating Science, Technology, Engineering, Arts, and Mathematics to foster creativity and innovation; designing hands-on, inquiry-based STEM activities; connecting classroom learning to real-world challenges; preparing students for careers in technology-driven fields.
- Curriculum Frameworks & Future-Ready Pedagogy: Developing curriculum frameworks that balance foundational knowledge with emerging skills; assessment design for conceptual understanding, not just memorization; the role of technology in transforming pedagogy; building classrooms that are ready for the future.