Ignitia 2025
"Your first step into the world of Engineering"
Circuithon
the innovator's space
Your gateway into the invisible world of electricity — where students learn to control light, sound, and logic with their own hands. Built for absolute beginners who want to understand how real-world electronics work, using components like LEDs, buzzers, switches, and logic gate ICs.
Pricing
Day-wise Curriculum
- Understanding voltage, current, and resistance
- Introduction to components: resistors, capacitors, LEDs, diodes
- How to use a breadboard and connect basic circuits
- LED blinking circuits & push-button switch systems
- Series vs. parallel configuration
- Working with LDRs and push buttons
- Using transistors as switches
- Output with buzzers and motors
- Team activity: Light-activated buzzer/auto night lamp
- Real-life sensor applications
- Digital logic and binary thinking
- Using ICs: AND (7408), OR (7432), NOT (7404)
- Truth tables and logic simplification
- Team mini project: Logic-based decision system
- Group presentation and circuit explanation
What You'll Walk Away With
- Ability to design simple analog and logic-based circuits
- Understanding real-world sensor applications
- Clear differentiation between analog and digital control
- Boosted confidence in teamwork and hands-on building
- Certificate of Completion + Medal for Best Circuit Build
Arduino Arena
the innovator's space
Where circuits come alive with code. This beginner-friendly workshop introduces students to microcontrollers using the Arduino UNO. Learn to write basic code, connect sensors, and build interactive electronic systems — no prior programming knowledge needed.
Pricing
Day-wise Curriculum
- What is Arduino and where is it used?
- Installing Arduino IDE and connecting board
- Programming basics: digital pins, syntax, uploading code
- Hands-on activities with LEDs and buttons
- Analog vs. digital input concepts
- Reading values from LDR and ultrasonic sensors
- Using serial monitor for real-time data display
- Team activity with sensor integration
- Team builds smart prototype (Smart dustbin, Auto street light, etc.)
- Final debugging and testing
- Project presentation and demonstration
- Group showcase and feedback session
What You'll Walk Away With
- Confidence in programming real hardware
- Basic coding logic with practical outcomes
- Understanding sensor and microcontroller interaction
- Built and demonstrated a working smart system
- Certificate of Completion + Medal for Best Innovation
Bot Blitz
the makers garage
Where raw components become moving machines. Work with a smart car chassis kit to assemble and control your own robot. Learn how robots are powered, controlled, and commanded — both through wires and wirelessly.
Pricing
Day-wise Curriculum
- What is a robot? Introduction to drive systems
- Unboxing and identifying smart car kit parts
- Building chassis: motors, wheels, battery mount
- Wiring with motor driver (L293D)
- Test run with direct power commands
- Learn control types: Wired vs. Wireless
- Implement wired control using DPDT switches
- Wireless control demo: Bluetooth/IR
- Test navigation schemes (forward/reverse/turns)
- Mini obstacle path challenge
- Introduction to competitive robotics
- ESCs, brushless motors, heavy-duty components
- Battle bots and line follower demonstrations
- Final testing and team presentations
- Reflection on Phase II upgrades
What You'll Walk Away With
- Assembled a functioning robot from scratch
- Understood motion control via wired systems
- Explored wireless control and competitive robotics
- Gained confidence in teamwork and prototyping
- Certificate of Completion + Medal for Best Build Quality
Drone Arena
the sky is the limit
Where imagination takes flight. From understanding the physics of flight to building and piloting your own drone, this workshop combines theoretical knowledge with hands-on construction and flight testing.
Pricing
Day-wise Curriculum
- Understanding lift, thrust, drag, and weight
- Drone components: frame, motors, propellers, ESCs
- Building the quadcopter frame and mounting motors
- Wiring flight controller and understanding flight modes
- Remote control setup and calibration
- Basic flight programming and autonomous modes
- Safety protocols and flight regulations
- Indoor flight testing and maneuvering
- Mission planning and waypoint navigation
- Team flight challenges and precision tests
- Aerial photography and FPV basics
- Final presentations and flight demonstrations
What You'll Walk Away With
- Built and flown your own functional drone
- Understanding of aerodynamics and flight physics
- Remote piloting skills and safety awareness
- Knowledge of drone applications in various industries
- Certificate of Completion + Medal for Best Flight Performance
Flight Forge
crafting dreams into reality
Master the art and science of model aircraft design. From understanding wing design to building high-performance RC planes, learn the fundamentals of aeronautical engineering through hands-on construction and flight testing.
Pricing
Day-wise Curriculum
- Wing design principles and airfoil selection
- Understanding lift, drag, and center of gravity
- Designing aircraft layout and selecting materials
- Building fuselage and wing structure
- Installing control surfaces and linkages
- Motor mounting and propeller selection
- Radio control system setup and calibration
- Weight and balance testing
- Pre-flight checks and safety procedures
- First flight and trim adjustments
- Team flight competition: distance and duration
- Performance analysis and design improvements
What You'll Walk Away With
- Built a custom RC aircraft from scratch
- Deep understanding of aeronautical engineering principles
- Hands-on experience with flight testing and optimization
- Problem-solving skills in design and troubleshooting
- Certificate of Completion + Medal for Best Aircraft Design
Ready to Ignite Your Engineering Journey?
Join hundreds of students who have already discovered their passion for technology and innovation. Choose your workshop and take the first step into the exciting world of engineering!