Arduino Robotics (Level-1) Online Course

Kit Material List

Each kit contains following material to start the Arduino Robotics (Level-1) Course.

1. Arduino Uno Development Board – 1 no.
2. USB-B Data Cable – 1 no.
3. 12 V, 1A DC Voltage Adapter – 1 no.
4. Breadboard – 1 no.
5. 16×2 LCD Display – 1 no.
6. Servo Motor (SG-90) with connectors – 1 no.
7. Ultrasonic Sensor (HC-SR-04) – 1 no.
8. Red LEDs 5mm type – 12 nos.
9. Continuous Tone Buzzer – 1 no.
10. Jumper Wires (male-male) – 20 nos.
11. Jumper Wires (Male-Female) – 20 nos.
12. Small Flexible Jumper Wires (for breadboard connections) – 15 nos.
13. 10K Potentiometer (plastic Shaft) – 1 no.
14. 5K Preset Pot – 1 no.
15. Thermistor NTC 10k Type – 1 no.
16. LDR – 1 no.
17. Resistors: 220, 330, 1k, 10k, 100k – 10 nos. each
18. 7-Segment LED Display (common cathode) – 1 no.
19. Transistor BC548 (or equivalent)– 2 nos.
20. Push-to-on switch – 2 nos.
21. Screw Driver – 1 no.

The kit also contains workbook, code sheets to write codes on paper and theory notes. The notes and workbook contain neat circuit diagrams, connection diagrams on breadboard and fully tested programs.

Course Syllabus

Following syllabus will be covered in online course.

Theory Topics (with Practical Experiments)

1. Basics of C++ Programming
2. Concepts of datatypes, functions, keywords, variables, built-in functions, etc.
3. Understanding the Arduino IDE
4. How to use preferences in Arduino IDE?
5. How to use serial monitor and serial plotter in Arduino IDE?
6. How to edit the code with find/replace commands in Arduino IDE?
7. Understanding built-in function of Arduino
8. Understanding built-in keywords of Arduino
9. How to create user defined functions in Arduino Code?
10. Arduino Direct PORT Register Addressing Techniques – very useful topic for creating short codes
11. How to use Analog inputs in Arduino?
12. Working of different sensors: IR sensor, Sound sensor, US sensor, etc.
13. Understanding the coding for Servo Motor in Arduino
14. How to reduce coding length in Arduino without using variables?
15. Comparative analysis of Arduino UNO and Arduino Nano

Projects & Practical Tasks Allotment (with Practical Construction of Circuits)

1. Writing first code of blinking LED and buzzer beeps
2. Code of multiple LEDs with decorative effects
3. Use of IR Sensor to study conditional statements in coding
4. Use of IR sensor to control basin water tap
5. Code of Object counter using IR sensor and Serial Monitor
6. Basic code of servo motor to set different rotating angles
7. Control servo motor using ‘for’ loop useful for CCTV Camera controlling
8. How to control the DC motor using Arduino with buffer transistor?

Software to Learn

1. Detailed Use of Express PCB – complete PCB Designing Software
2. Detailed use of Fritzing Automatic PCB Designer Software

Important Note: The student will be allotted homework with topic-wise practical tasks, which must be completed and submitted next day.

You can directly write those programs in Arduino Software and successfully run your project.

The experimentation methods are also explained in our Workshop in our Video Lectures.

Please note that this product is NOT REFUNDABLE.

All accessories inside the kit are fully tested before packaging. So components in the kit should be used very carefully. No components will neither be returned nor exchanged.