Hands-on Innovation Workshops
Engaging practical sessions where students design, build, and experiment with aeromodelling, RC cars, and creative design prototypes. Each workshop bridges classroom learning with hands-on experience, encouraging innovation and teamwork.
Age Levels: Age 15–18
Duration: Weekly-round program with days sessions
Focus Areas: Simulation, Rapid Prototyping, Remote control, and Aerodynamics
Learning Approach: Project-based, activity-driven learning
Outcome: Students gain practical skills, technical knowledge, and an innovative mindset
What We Do in Workshops
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Curriculum
Programs for Grades 3–12
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Books & LMS
Structured learning through print
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Activity Sheets
Step-by-step guided experiments
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Assessments
Continuous evaluation and feedback
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Training Management
Session scheduling & monitoring
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Lab Setup
Fully equipped STEM LAb
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STEM Kits
designed kits for hands-on learning
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Trainers
Skilled educators for guided sessions
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Projects
Derivative and curriculum-linked activities
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Certificates
Recognition for achievements
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Prototyping
Build and test solutions
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Research
Support real-time innovation
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Innovation
Design thinking & entrepreneurship
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Upskilling
Trainer development programs
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Quality Control
Lab standard maintenance
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Tech-Fests
School-level innovation events
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Competitions
National & international challenges
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Workshops
Advanced skill sessions
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Exposure
Industry & tech hub visits
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Industry Link
Bridge academics and industry
Workshops
The course where students learn STEM concepts
Level 1 – SImulation Club
Kit details
Basics of electronics & PCB circuits
Hands-on projects with LEDs, buzzers, and switches
Introduction to sensors & actuators (simple inputs/outputs)
Creative 3D Pen modeling
Virtual Reality (VR) introduction for interactive learning
Level 2 – RC Club
Kit details
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Introduction to Arduino (microcontroller basics)
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Using sensors & actuators in projects
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Basics of motors & motor control
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Mini projects (smart light, fan, door automation)
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3D Pen prototyping for robot parts
VR learning modules
Level 3 – Design Club
Kit details
Introduction to ESP8266 (IoT microcontroller)
Wireless communication: WiFi & Cloud integration
Remote monitoring with mobile apps (Blynk/IoT dashboards)
Advanced sensor + actuator combinations
Basics of motor drivers for robotic
Level 4 – Aero Club
Kit details
Advanced Arduino & ESP8266 programming
Motor drivers (L293D, BTS7960, etc.) for DC, Servo & Stepper motors
Multi-sensor integration for automation
Building mini robotic systems
3D Printer (FDM V1) – stronger parts & chassis buildin