We’ve launched STEM Innovation Labs at schools where students explore electronic components and sensors, 3D design & printing, drone technology and robotics — learning by doing with safe, guided prototyping.
A hands-on environment with dedicated spaces for tools, 3D printing, soldering, drones and innovation — all structured into a year-long curriculum.
Structured year-long learning that builds fundamentals.
Our Level 1 curriculum covers basics of circuitry, sensors, 3D designing & printing and block-based programming — paced for Grades 5–7 with project milestones each term.
Hands-on mechanical & electronic prototyping tools.
This space houses spanners, screwdrivers, drills and wire strippers. Students learn correct tool selection, measurement and safe handling while building reliable prototypes.
Design to physical part — rapid prototyping.
A dedicated area with 3D printers and CAD workstations where students print parts needed for prototypes, iterate designs and learn finishing techniques.
Hands-on circuit assembly with safety first.
A supervised bench for soldering PCBs and joining metal parts. Safety gear (gloves & goggles) is mandatory — we teach safe technique and robust solder joints.
Assemble, program and safely fly drones.
Students learn drone assembly, electronics, flight control programming and safe operation (indoor/outdoor). Curriculum includes fundamentals and guided flight practice.
Showcase zone for student prototypes & projects.
A dedicated gallery where student projects are displayed to inspire peers and visitors — ideal for demos, exhibitions and reflection on the design process.