Robotics and Automation
2+ Courses
About Course
📘Arduino for Beginners 4-Month – Course Guide
Course Overview
This 4-month hands-on Robotics and Embedded Systems course is designed for beginners and enthusiasts eager to explore the world of robotics using Arduino. The program covers core electronic components, sensors, actuators, and wireless communication through structured weekly lessons. Each session includes practical projects to reinforce learning, culminating in mini-projects that simulate real-world applications.
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Duration: 4 Months (16 Weeks)
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Total Hours: 80 hours (4 hours per week + extra 16 hours of teaching)
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Level: Beginner to Intermediate
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Mode: Online (Lab access recommended)
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Audience: students (Grade 6 to 11), hobbyists, STEM clubs anyone willing to learn arduino
Course Benefits
✅ Hands-on project-based learning
✅ Real-world embedded system applications
✅ Focus on creativity and innovation
✅ Mini Projects and Final Advance Project
✅ Scholarships for top-performing students
✅ Certificate of Completion – Recognized and valid
Course Modules
| Week | Main Topic | Learning Focus | Hands-On Activities |
|---|---|---|---|
| 01 | Introduction to Arduino & IDE | Basics of Embedded Systems, Arduino board & IDE | LED Blink |
| 02 | Arduino Programming Basics | setup(), loop(), variables, logic | LED Patterns (Knight Rider, Traffic Light) |
| 03 | Inputs & Outputs | Buttons, Potentiometers, Buzzers | LED/Buzzer Control, Dimming |
| 04 | Mini Project 1 | Smart Light Switch | Light toggle system with buzzer & dimming |
| 05 | Light & IR Sensors | LDR & IR sensor usage | Auto Light, Obstacle Detection |
| 06 | Environmental Sensors | DHT11, Flame & Gas sensors | Monitor & Detection System |
| 07 | Distance & Motion | Ultrasonic & PIR sensors | Distance Meter, Motion Alarm |
| 08 | Mini Project 2 | Security Alert System | PIR-based Intruder Alarm |
| 09 | Actuators | Servo, Relay, DC Motors | Motor Movement, Relay Control |
| 10 | Display & Keypad | LCD Display, 4×4 Keypad | Display sensor data, Password System |
| 11 | Bluetooth (HC-05) | Mobile communication | Bluetooth-controlled LED |
| 12 | Mini Project 3 | Bluetooth Fan Control | Mobile-controlled Fan with LCD status |
| 13 | RFID Module | UID Reading & Security Logic | RFID Lock System |
| 14 | Robot Car Basics | Wiring, L298N Motor Driver | Robot Car Movement |
| 15 | Robot Sensor Integration | Obstacle Avoidance, Line Following | Integration & Testing |
| 16 | Mini Project 4 | Autonomous Robot Car | Complete Smart Robot Car |
Final Capstone Project (Post-Course Assignment)
Project Title: Smart Home Monitoring and Control System
Learning Outcomes
By completing this course, students will:
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Gain foundational skills in Arduino-based electronics
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Understand input/output logic with sensors and actuators
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Build interactive devices and robotic projects
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Use wireless technologies like Bluetooth and RFID
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Program real-world embedded systems with confidence
Certification & Scholarships
🎓 Certificate of Completion: All participants who successfully complete the course will receive a valid, recognized certificate.
🎖️ Scholarships: Top performers will be awarded scholarships for advanced robotics or coding programs, based on project quality, engagement, and innovation.
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