Program overview
Engineering skills that connect end to end
Develop a broader robotics skill set across electronics, embedded control, mechanical integration, communication systems and programming. The programme adds deeper diagnostics, power systems and computer vision while keeping learning centred on demonstrable projects.
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 & Circuit Foundations
Establish strong prototyping, component and diagnostic skills.
Topics
- Breadboard mechanics, jumper configurations and workshop tools
- Resistors, pull-up/down circuits and capacitors
- Buttons, LEDs, RGB LEDs, buzzers and LDRs
- Multimeter operation, continuity, voltage and current measurement
Practical projects
- Voltage-current calculator circuit
- Capacitor and LED timing build
- Automatic LDR night light
- Safe LED illumination system
Semiconductors, Power & Sensors
Use active devices, power conversion and sensor modules in robust circuits.
Topics
- BC547, 2N2222, MOSFET and optocoupler switching
- Discrete memory cells and hardware logic
- Transformers, Zener regulation and linear regulators
- PIR, water, soil, gas, IR, ultrasonic and environmental sensors
Practical projects
- Regulated power supply station
- AC-to-low-voltage distribution board
- Laser tripwire and touch circuits
- Hardware logic and memory circuits
Microcontrollers, Actuators & Building
Design the motion, power and mechanical core of a robot.
Topics
- 555 timer and Arduino R3, Nano, Mega and Pro Mini
- DC, servo and stepper motors
- L298N and BTS7960 motor drivers
- Li-ion, LiPo and LiFePO4 battery engineering
- BMS design, charging safety, chassis and soldering
Practical projects
- Line-following robot
- Custom 21700 battery pack
- Servo test and calibration rig
- Joystick-controlled robotic base
Advanced Wireless & Edge AI
Connect robots to people, networks and visual intelligence.
Topics
- Arduino R4 and ESP32 connectivity
- Wi-Fi, BLE and RF communication
- Displays, encoders and remote-control inputs
- IMU, BLDC/ESC, RFID and Raspberry Pi
- Real-time computer vision
Practical projects
- RFID encrypted access gate
- Wireless controller chassis
- Dot-matrix gaming interface
- IoT weather dashboard
- Raspberry Pi vision tracker
Robotics with C & Python
Build reliable firmware and higher-level control applications.
Topics
- Arduino digital, analog and PWM control
- C memory, pointers, structures and bitwise operations
- Python applications for desktop and SBC platforms
- Serial integration between Python and embedded firmware
Practical projects
- Embedded sensor-control firmware
- Python robot-control dashboard
- Integrated C firmware and Python capstone
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
₹82,800
₹82,800 per payment
Best-value single payment.
Two-part payment
2 payments
₹82,800
₹41,400 per payment
Same total fee, split into two scheduled payments.
Three-part payment
3 payments
₹90,000
₹30,000 per payment
Three equal scheduled payments.
Monthly plan
9 payments
₹90,000
₹10,000 per payment
Nine monthly payments.
What you will be able to do
Graduate with practical, demonstrable capability
- Build and diagnose circuits using professional measurement practices.
- Select and integrate sensors, actuators, motor drivers and battery systems.
- Develop embedded applications using Arduino-class and connected controllers.
- Control robots through wireless interfaces, displays and Python applications.
- Complete advanced IoT and computer-vision robotics projects.
Course FAQ
Robotech Robotics Programme questions
Clear answers about the learning format, curriculum, projects and admission options.