What is CSEEL and what does it offer?

CSEEL (Center for Scientific Exploration and Experiential Learning) is a premier Indian STEM educational initiative offering hands-on science experiments, 3D live laboratory simulations, curriculum-aligned project kits, teacher training workshops, and national science conclaves aligned with NEP 2020.

How does CSEEL support NEP 2020 experiential learning?

CSEEL shifts education from rote memorization to active inquiry and hands-on experimentation. Students observe, build, analyze, and apply scientific concepts to real-world challenges, developing critical thinking and scientific temper as envisioned by NEP 2020.

What subjects and classes are covered in CSEEL simulations and experiments?

CSEEL provides comprehensive physics, chemistry, biology, environmental science, and applied robotics experiments and virtual simulations for students from Class 6 through Class 12, mapped to CBSE, ICSE, and state curricula.

How can schools, educators, and students access CSEEL programs?

Institutions, teachers, and students can explore live simulations, order DIY lab kits, register for national seminars, and join the CSEEL EduNetwork by visiting https://www.cseel.org.

Under Active Development • 2026 Turnkey Deployment

Advanced STEM 2026

AI, IoT & Robotics Lab

Designed for Class 6 to 12 learners to design, build, and deploy real-world artificial intelligence models, Internet of Things sensor arrays, and autonomous robotics projects aligned with CBSE Skill Hub & NEP 2020.

Full Interactive Simulation & BOQ Catalog Coming Soon

The detailed bill of quantities (BOQ), verified GeM vendor specifications, and interactive 3D browser simulators for AI, IoT & Robotics Lab are undergoing final academic validation. In the meantime, preview the core syllabus and space benchmarks below.

Key Equipment & Activity Modules

Arduino, Raspberry Pi & ESP32 Microcontroller kits
Computer Vision, OpenCV & Machine Learning camera modules
IoT Sensor Hubs (Ultrasonic, PIR, DHT11, Gas & Soil moisture)
Autonomous Rover chassis, servo motors & motor drivers
Hands-on block coding & Python workspace integration

Lab Benchmark Norms

Min Space: 400 - 600 sq ft

Capacity: 30 - 45 students per practical batch

Power: Dedicated surge-protected workbenches

Safety: ESD anti-static mats & fire retardant tool racks

Request Early Blueprint

Looking to set up an AI, IoT & Robotics Lab for your school or institution before next academic session?

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