Robot Electronics

Course Description

Robot Electronics

The Robot Electronics course delves into the essential components of robotics, focusing on electronics and mechanics. This course is designed to be both educational and engaging, with a hands-on approach to learning. Students will explore the basics of electronics through fun and interactive circuits, starting with fundamental concepts such as voltage, current, resistance, and capacitance.

We emphasize practical learning by conducting experiments that reinforce theoretical knowledge and encourage creative problem-solving. Students will not only understand the theoretical aspects but also apply them in real-world scenarios, crafting innovative solutions from the concepts they’ve mastered. The course covers the fundamentals of electronic circuit design and construction, providing an introduction to various sensors and actuators commonly used in real-life robotics applications.

Laptop or Desktop Required: students are required to have access to a laptop or desktop computer equipped with a functioning microphone and camera.

Learning Mode: The course is conducted through live instructor-led sessions, ensuring personalized guidance and interaction.

No Distractions: To maximize learning, it’s essential for students to engage in the classes without distractions.


Upon Completion of the Course, Students Will Have:

  • Understanding of Basic Electronics: Gained a solid understanding of fundamental electronics concepts, including voltage, current, resistance, and capacitance.

  • Practical Experience in Circuit Design: Acquired hands-on experience in designing and constructing electronic circuits, reinforcing their theoretical knowledge.

  • Application of Knowledge in Real-World Scenarios: Developed the ability to apply learned concepts to real-world problems, creating innovative solutions in robotics.

  • Introduction to Sensors and Actuators: Learned about various sensors and actuators used in robotics, gaining insights into their applications in everyday technologies.

  • Problem-Solving and Critical Thinking: Enhanced their problem-solving skills by engaging in experiments and projects that challenge their understanding and creativity.

  • Foundation for Advanced Robotics Studies: Built a strong foundation in robotics electronics, preparing them for more advanced studies in robotics, engineering, and related fields.

 

    • Chapter 1: Getting Started with Electronics and Robotics

      • What is Electronics?
      • What is Robotics?
      • What is a Robot?
      • Technologies Involved in Making a Robot
      • Circuit Design
      • Safety Tips while Working with Electronics
      • Basic Tools and Materials
      • How to Use the Circuit Design Board and Modules
      • Jumper Wires

      Chapter 2: Understanding Electronics Components

      • Commonly used in Robotics
      • Digital and Analog Electronics
      • Digital and Analog Signals
      • Analog to Digital Conversion And Vice Versa
      • Conclusion

      Chapter 3: The Basics of Electricity: Current, Voltage, and Resistance

      • What is Current?
      • Atom
      • Conductors
      • Insulators
      • Semiconductors
      • Voltage
      • Resistance
      • Ohm’s Law
      • Closed Circuit
      • Open Circuit
      • Short Circuit
      • Conclusion

      Chapter 4: Lighting an LED

      • What is LED?
      • Parts of an LED
      • How does an LED work?
      • Building Lighting an LED Project
      • Series Circuit
      • Building the Multiple LEDs in Series Project
      • Parallel Circuit
      • Building Multiple LEDs in Parallel Project
      • Conclusion

      Chapter 5: Blinking an LED using Switch

      • What is a Switch?
      • How does a switch work?
      • Reset Switch (Momentary Switch)
      • Building Blinking an LED Circuit
      • Conclusion

      Chapter 6: Doorbell

      • What is a buzzer?
      • How does the buzzer work?
      • Building Doorbell Project
      • Conclusion

      Chapter 7: Adjustable Night Light

      • What is a Potentiometer?
      • Structure of a Potentiometer
      • How does a potentiometer work?
      • Scientific symbol of Potentiometer
      • Building Adjustable Night Light Project
      • Adding Power Switch to Night Light
      • Introducing the SPST Switch
      • SPST
      • Building Night Light with Power Switch Project
      • Conclusion

      Chapter 8: Battery Tester

      • Multimeter
      • How to use a multimeter?
      • Materials Required for this Project
      • Testing a Battery Using a Multimeter
      • Conclusion

      Chapter 9: Pedestrian Traffic Light

      • SPDT Slide Switch
      • Other Types of Switches
      • Building the Pedestrian Traffic Light Project
      • Conclusion

      Chapter 10: Open Door Alarm

      • What is a Limit Switch?
      • Building the Open Door Alarm Project
      • Conclusion

      Chapter 11: Traffic Light System

      • What is a Two-Way Switch?
      • How does a two-way switch work?
      • Building the Traffic Light System Project
      • Conclusion

      Chapter 12: Morse Code Circuit

      • Morse Code
      • Building the Morse Code Project
      • Conclusion

      Chapter 13: Temperature Sensing

      • What is a Thermistor?
      • Building the Temperature Sensing Project
      • Conclusion

      Chapter 14: Buzzer Melody Circuit

      • What is Sound?
      • Building the Buzzer Melody Circuit

      Chapter 15: Water Level Indicator

      • Conductivity of Water
      • Building Water Level Indicator Project
      • Conclusion

      Chapter 16: DC Motor Control

      • What is a DC Motor?
      • Alternating Current and Direct Current
      • Building the DC Motor Control Project
      • Conclusion

      Chapter 17: Touch Activated LED Lamp

      • Touch Sensor
      • Static Charge
      • How does the Touch Sensor work?
      • Building Touch Activated Lamp Project
      • Conclusion

      Chapter 18: Tilt Activated LED

      • Tilt Sensor
      • Build the Tilt Activated LED Project
      • Conclusion

      Chapter 19: Burglar Alarm

      • Infrared (IR) Light
      • IR Sensor
      • Parts of IR Sensor
      • Working of Burglar Alarm
      • Building of the Burglar Alarm Project
      • Conclusion

      Chapter 20: Automatic Street Light

      • Light Sensor
      • Building the Automatic Street Light Project
      • Conclusion

      Chapter 21: Motorized Car

      • Motor Driver
      • Building the Motorized Car Project
      • Conclusion

      Chapter 22: Line Following Robot

      • Building the Line Following Robot
      • Conclusion

      Chapter 23: Obstacle-Avoiding Robot

      • Building the Obstacle-Avoiding Robot
      • Conclusion

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