Program overview
Engineering skills that connect end to end
Start with circuits and semiconductor fundamentals, then progress through programming, microcontrollers, sensors, wireless control and computer vision. Every stage connects concepts to working hardware so learners understand not only what to build, but why it works.
Complete curriculum
A clear path from fundamentals to Edge AI
Each stage builds on the previous one, combining concepts with practical engineering work.
Core Electronics & Semiconductors
Build the electrical foundation required for safe, reliable robotics hardware.
Topics
- Resistance, Ohm's law, series and parallel circuits
- AC and DC circuits, measurement and diagnostics
- Diodes, Zener regulation and semiconductor fundamentals
- LDRs, transistors, MOSFETs, optocouplers and discrete logic
- Transformers, rectification, regulators and relay switching
Practical projects
- LED series and parallel circuits
- Automatic LDR lamp and touch sensor
- Diode logic gate and transistor AND gate
- One-bit hardware memory
- Regulated supply and relay-switching circuits
AI, Python & Microcontroller Logic
Move from circuit behaviour to the software logic that controls it.
Topics
- Arduino IDE and embedded C/C++ structure
- Variables, serial monitor and serial plotter
- Digital input/output and switch debouncing
- Analog sensing, ADC, PWM and value mapping
- Python basics, USB serial and OpenCV colour tracking
Practical projects
- Sensor-to-serial data logger
- PWM motor and brightness controller
- Python dashboard for a microcontroller
- Camera-controlled robot prototype
Microcontrollers, Motors & Battery Packs
Assemble the controller, power and mechanical systems of a mobile robot.
Topics
- Arduino R3 and Nano platforms
- DC motors, BO motors and servo motors
- L298N motor driver and motion control
- Lithium battery chemistry, capacity and C-rating
- BMS protection, chassis assembly and soldering
Practical projects
- Custom 21700 battery pack
- Servo calibration rig
- Joystick-controlled robotic base
Sensor Physics & Modules
Understand how physical signals become dependable robot inputs.
Topics
- Light, laser, touch, flame and sound sensing
- IR and ultrasonic distance sensing
- Temperature and humidity measurement
- Vibration, tilt and Hall-effect sensing
- RGB colour sensing and calibration
Practical projects
- Laser tripwire security alarm
- Touch-activated circuit
- Environmental sensing station
- Multi-sensor obstacle detector
Wireless Integration & Edge AI
Finish with connected control, displays and vision-enabled robotics.
Topics
- Local Wi-Fi servers and Bluetooth Low Energy
- Long-range RF communication
- OLED, rotary encoder and dot-matrix interfaces
- IR and wireless game-controller input
- Real-time computer vision fundamentals
Practical projects
- RFID security access gate
- Wireless gamepad-controlled chassis
- IoT weather dashboard
- OLED AQI monitor with PCB design
Flexible fee options
Choose a payment schedule that works for you
The listed amount is the total payable under each schedule. Installment dates are confirmed with the course advisor before admission.
Pay in full
Single payment
₹55,200
₹55,200 per payment
Best-value single payment.
Two-part payment
2 payments
₹55,200
₹27,600 per payment
Same total fee, split into two scheduled payments.
Three-part payment
3 payments
₹60,000
₹20,000 per payment
Three equal scheduled payments.
Monthly plan
6 payments
₹60,000
₹10,000 per payment
Six monthly payments.
What you will be able to do
Graduate with practical, demonstrable capability
- Design, measure and troubleshoot practical electronic circuits safely.
- Program Arduino-class microcontrollers using C/C++ and connect them with Python.
- Integrate motors, sensors, displays and wireless control into working robots.
- Build connected projects using Wi-Fi, Bluetooth and introductory computer vision.
- Document, test and present a complete robotics project.
Course FAQ
Electrobo Robotics Programme questions
Clear answers about the learning format, curriculum, projects and admission options.