Diploma in Robotics (Arduino)

Description

Diploma in Robotics (Arduino)

Duration: 6–12 months (depending on institution)
Eligibility: High school diploma or basic knowledge of electronics/programming (recommended)

Course Objectives

1. Introduce the fundamentals of robotics, electronics, and programming.

2. Develop skills to design, build, and program Arduino-based robots.

3. Explore sensors, actuators, and wireless control systems.

4. Enable troubleshooting and prototyping of robotic systems.

5. Prepare students for careers in automation, IoT, and embedded systems.

Course Modules

1. Introduction to Robotics & Arduino

• Basics of robotics and its applications

• Overview of Arduino (board types, IDE, and ecosystem)

• Setting up the Arduino environment (software/hardware)

2. Electronics Fundamentals

• Basic components (resistors, capacitors, transistors, etc.)

• Circuit design and prototyping (breadboard, soldering)

• Power supply and motor drivers (L298N, L293D)

3. Arduino Programming

• C/C++ basics for Arduino

• Digital vs. analog I/O (LEDs, buttons, PWM)

• Serial communication (UART, I2C, SPI)

4. Sensors & Actuators

• Working with sensors (ultrasonic, IR, temperature, gyroscope)

• Motor control (DC, servo, stepper)

• Interfacing actuators (relays, solenoids)

5. Robotics Kinematics & Mechanics

• Basic mechanics (wheels, chassis, grippers)

• Robot locomotion (differential drive, line-following)

• 3D printing/laser cutting for robotics (optional)

6. Wireless Control & IoT Integration

• Bluetooth/Wi-Fi modules (HC-05, ESP8266/ESP32)

• Remote control via apps (MIT App Inventor, Blynk)

• IoT basics (cloud data logging, MQTT)

7. Advanced Topics

• PID control for robots

• Machine learning for robotics (basic TensorFlow Lite)

• Swarm robotics (multi-robot coordination)

8. Capstone Project

• Design and build a functional Arduino-based robot

• Examples: Autonomous rover, robotic arm, smart home bot

Learning Outcomes

• Ability to build and program Arduino-based robots.

• Proficiency in sensor integration and motor control.

• Skills to debug and optimize robotic systems.

• Experience in collaborative robotics projects.

Career Opportunities

• Robotics Technician

• Embedded Systems Engineer

• Automation Engineer

• IoT Developer

• Research Assistant (Robotics/AI)

Tools & Equipment Used

• Arduino Uno/Nano/Mega

• Sensors (Ultrasonic, IR, IMU)

• Motor drivers & actuators

• Breadboard, jumper wires, multimeter

• 3D printers/laser cutters (for advanced labs)

Certification

• Diploma issued upon completion of exams + capstone project.

Additional Notes

• Prerequisites: Basic math/logic skills; no prior robotics experience required.

• Delivery Mode: Hybrid (theory + hands-on labs).

• Industry Partnerships: Optional internships with robotics firms.