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Led by the Surat Municipal Corporation, this project equips SUMAN High Schools with advanced AI & Robotics Labs to bring experiential tech learning to government school students from Classes 9 to 12. With fully equipped labs, BIS-certified components, and AI-powered learning tools provided by STEMbotix, the initiative transforms traditional classrooms into future-ready innovation zones.
Impact
By integrating hands-on robotics, AI, drones, and coding into the curriculum, the project empowers over 11,000 students to build, test, and solve real-world problems—making AI education core, accessible, and aligned with NEP 2020. With strong civic leadership and structured rollout, Surat is setting a benchmark for public education innovation in India.
SUMAN schools
Fully Educators Emporwered
Students actively learning through hands-on tech modules
The GUJCOST Innovation Club, launched with the Commissionerate of Higher Education, brings hands-on innovation to Arts, Commerce, and Science colleges across Gujarat. With DIY kits, local problem statements, and guided bootcamps, the program empowers students to move from theory to tangible solutions—fostering a maker culture in traditionally non-technical campuses.
Impact
The initiative has created a statewide network of student innovators solving real-world challenges. With STEMbotix as a delivery partner, clubs gain access to plug-and-play kits, structured projects, and mentorship—turning classrooms into active innovation hubs.
Innovation Clubs
Students engaged
Trainings Delivered
The STEM Jigyasa Kaksh project is a state-level innovation initiative by UCOST, aiming to bring 21st-century STEM learning directly into the classrooms of Uttarakhand’s remote and government-run schools. Through innovation corners, hands-on learning kits, and structured teacher training, the program empowers students across the hills to learn by doing.
Impact
By equipping schools with hands-on Robotics, Electronics, AR/VR – STEM Jigyasa transforms students from passive consumers into active creators From Bhimtal to Chamoli, students are now prototyping, problem-solving, and presenting their ideas like real innovators — backed by a system that enables learning in even the toughest terrains.
Innovation Corners
Students Empowered
Teachers Trained
Creche Center by STEMbotix is an innovative Early Childhood Education Center. These are AR-based learning centers for visual learning and for cognitive, hands-on, practical brain development. Designed for children aged 3–6, these upgraded creche spaces replace rote routines with interactive learning corners, sensory play kits, story sessions powered by simple technology, and guided discovery activities. From basic robotics and logic games to everyday problem-solving tasks, every tool is chosen to spark curiosity, build confidence, and support healthy overall growth.
Impact
Creche Centers by STEMbotix are changing early education from simple day care to active, meaningful learning. Educators are trained as facilitators, not just supervisors, and children are encouraged to ask questions, try ideas, and learn by doing. The program supports thinking skills, fine and gross motor skills, and emotional confidence through playful use of technology. It stays aligned with national education goals while keeping content, language, and activities rooted in local culture and community needs.
Districts Covered
Young learners
Educators Empowered
Atal Tinkering Labs by STEMbotix are future-ready innovation spaces that help schools move from textbook learning to hands-on creation. Designed for middle and high school learners, these labs bring together robotics, AI, IoT, electronics, design, and coding in a structured, easy-to-run setup. Students learn through guided challenges, real-world projects, and safe experimentation using our kits, tools, and the Blockzie learning ecosystem. The focus is simple: build curiosity, strengthen logic, and help learners turn ideas into working prototypes.
Impact
These labs are changing how students think and learn. Instead of memorizing answers, they learn to question problems, break them down, and build solutions step by step. Teachers are trained to run the lab confidently with clear activity pathways and outcome-based modules. The program supports creativity, teamwork, and career curiosity, while aligning with national priorities like NEP 2020 and the maker-learning mission. Schools benefit from stronger student engagement, improved innovation culture, and visible project outcomes that reflect real learning.
Tinkering Labs
Students Impacted
Trainings Conducted
