Robot Electronics
Course Description
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.
Curriculum
1. Fundamentals of Robotics
Concepts of voltage, current, resistance
LED Basics, glowing an LED, series connection, parallel connection
Day 2. Switches & Potentiometer
Controlling an LED using the push button and Reset switch
Variable resistor (potentiometer), Controlling the brightness of an LED
Door opening detection, smart home, and capstone project
3. Multi meter & Motor
Measuring voltage, resistance, current, continuity test
Motor fundamentals, running a motor
4. Sensors and their applications
IR sensor fundamentals and making Burglar Alarm
LDR sensor fundamentals and making Automatic Street Light
5. Morse Code & Tilt Sensor
Making interesting Morse code
Making an interesting tilt sensor project
6. Motor Driver
Making the motor run with sensors
7. Line Follower
Making line follower project
8. Obstacle Avoider
Making an obstacle avoider
Make a project using concepts learned in the program
Robot Mechanical with Kit
Course Description
Robot Mechanical is an exciting course designed to bring your child's robotic dreams to life.
Have you ever wondered how a remote control can manage a car from afar? This course
transforms curiosity into creativity, guiding students through the fundamentals of engineering
drawing to design their own wireless, rugged, and powerful robots, including sumo and race
robots. The course covers various aspects of robotics, challenging students to test their skills on
a competitive battlefield and foster their problem-solving abilities.
With a hands-on approach, students will gain practical experience in building and customizing
robots, setting them up for future success in robotics and engineering fields.
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:
Fundamental Engineering Drawing Skills: Acquired essential skills in engineering drawing,
enabling them to design precise and functional robotic structures.
Experience in Building Wireless Robots: Gained practical experience in constructing wireless
robots, such as sumo and race robots, understanding the mechanics and electronics involved.
Problem-Solving and Innovation: Enhanced problem-solving abilities by facing real-world
challenges in designing and building robots, fostering creativity and innovation.
Preparation for Competitive Robotics: Developed the skills and confidence to participate in
competitive robotics, testing their creations in a challenging and engaging environment.
Foundation for Future Engineering Studies: Built a strong foundation in mechanical engineering
principles, setting the stage for further studies and exploration in robotics and engineering
fields.
Curriculum
1. Battery Specifications and types
Battery types and specifications
Ampere hour
Discharge capacity
Comparison and selection of appropriate battery
2. Motor Specifications and types
DC geared motor types and specification
RPM
Torque
3. Gears and Wheels
Gears - types and working
Wheel - types and specifications
4. Introduction to Engineering drawing
Introduction to Engineering drawing
Design aspects for various types of objects including different robots
5. Wireless communication and Motor driver
Types of Wireless communication modules and their frequencies
Bluetooth controller board
6. Introduction to transistors and H - bridge
Motor drivers and its connections
7. Robot Construction
Building a racing robot
8. Robot Construction
Building a Sumo Robot Project - Students should build a project based on course learning.
Advanced Electronics
Course Description
Have you ever wondered how expansive the world of robotics truly is? Robotics encompasses
three core components: Electronics, Mechanical, and Programming. Our Robotics Classes for
Kids delve into the exciting realm of electronics through hands-on activities and interactive
circuit-building. Students begin by mastering essential concepts such as voltage, current,
resistance, and capacitance. This course moves beyond theoretical knowledge, engaging
students in practical experiments that reinforce their understanding and inspire innovative
problem-solving.
Designed to provide a comprehensive foundation in electronic circuit design and construction,
this course also introduces students to a list of electronic components used in real-life robotics
applications. By integrating theory with hands-on practice, students will develop creative
solutions and acquire valuable skills applicable to real-world robotics scenarios. For more
details, refer to the curriculum, which outlines the course content and specific learning
outcomes.
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:
Practical Skills in Electronics: Gained hands-on experience with interactive circuit-building
activities, understanding key concepts such as voltage, current, resistance, and capacitance.
Comprehensive Understanding of Electronics: Acquired a deep understanding of basic
electronic principles, supported by practical applications and real-world examples, ensuring
students can connect theoretical knowledge with practical use.
Strong Foundation for Advanced Robotics: Built a robust foundation in electronic circuit design
and robotics, preparing students for more advanced studies and projects in the field. This
includes an introduction to mechanical and programming aspects, offering a holistic view of
robotics.
Project-Based Learning Achievements: Completed projects that showcase their ability to design,
build, and troubleshoot electronic circuits, highlighting their readiness for real-world
applications and further learning in robotics.
Readiness for Future Tech Endeavors: Equipped with foundational skills that lay the
groundwork for future exploration in advanced robotics, electronics, programming, and STEM-
related fields. Students will be well-prepared to tackle complex projects and technologies in
their academic and extracurricular pursuits.
Exposure to Industry-Relevant Technologies: Received introductory exposure to industry-
relevant technologies and methodologies, giving them an early understanding of the practical
applications of robotics in various fields, such as automation, AI, and IoT.
Curriculum
1. Introduction to Electronics
Voltage
Current
Resistance
2. What is a circuit?
Breadboard connections
Open circuit and closed circuit
3. Electronic components
4. Resistor
Resistor Combinations
OHM’S LAW
5. Glowing LED
LEDs in series
LEDs in parallel
6. Switches
Switching an LED using the Reset switch
Combination of switches
Traffic light system using pushbuttons
7. Multimeter
Measuring Voltage, Current, and Resistance
checking continuity
8. Variable resistors or potentiometer
Control the brightness of an LED
9. Capacitor
Charging and discharging of capacitors
Applications of capacitor
10. Diodes
Forward bias and reverse bias
Semiconductor doping
11. Transistors
Touch sensor circuit using BC547 transistor
Automatic street light circuit
Flip-Flop circuit
12. Melody generator circuit
Melody generation using Melody IC and transistor
Transistor as an amplifier
13. 555 Timer IC
Water level indicator using 555 IC
Police siren circuit using 555 IC
Traffic Light circuit
Clap switch circuit
Bistable Multivibrator circuit
LED flasher circuit
14. Joystick Module
Controlling RGB LED using Joystick module
15. OR Gate(CD4071)
Applications of OR Gate
16. AND Gate(CD4081)
Applications
17. NOT Gate(CD4069)
Applications
Advanced Sensors
Course Description
This advanced sensor course follows the Bot Programming course and is based on Arduino
programming. Interfacing techniques are crucial in robotics and electronic products, and this
course delves deep into these essential skills. Students will learn to interface various sensor
modules, enhance their embedded programming skills, and develop embedded system
applications using a variety of sensors.
Students will work on exciting projects such as building soil moisture measuring devices,
distance meters, RFID attendance systems, temperature monitors, and more. The course also
includes classroom sessions and numerous assignments for practice at home, helping students
build strong programming skills and apply their knowledge in real-world scenarios.
Upon Completion of the Course, Students Will Have:
Mastery of Sensor Interfacing: Gained advanced skills in interfacing various sensor modules
with embedded systems, crucial for robotics and electronic applications.
Enhanced Embedded Programming Skills: Improved their embedded programming capabilities,
enabling them to create complex and efficient code for various applications.
Real-World Embedded System Applications: Developed hands-on experience in building
embedded system applications, such as soil moisture measuring devices, distance meters, and
RFID attendance systems.
Practical Project Experience: Completed a range of exciting projects that apply learned
concepts, reinforcing their knowledge and problem-solving abilities.
Strong Foundation for Future Tech Pursuits: Built a strong foundation in advanced sensors and
embedded systems, preparing them for more complex studies and projects in robotics and
electronics.
At-Home Practice and Skill Development: Engaged in assignments designed to strengthen their
programming skills and deepen their understanding of course content.
Curriculum
1. Distance Meter:
Build a device that measures the distance to objects using ultrasonic sensors, teaching basic
measurement and sensor integration.
2. Soil Moisture Measuring Meter:
Create a meter to monitor soil moisture levels, applying it to gardening and agricultural projects.
3. Temperature Monitor:
Develop a device to track and display temperature changes, learning to work with temperature sensors.
4. Wireless Remote with IR Receiver:
Construct a wireless remote control system using an IR receiver, allowing remote operation of devices.
5. Motion Detection Alarm:
Design an alarm system that activates upon detecting motion, useful for security purposes.
6. Magnetic Field Detection with Hall Sensor:
Explore magnetic fields by building a sensor that detects and measures magnetic strength using a Hall
sensor.
7. Smart Attendance System using RFID:
Implement an RFID-based system to automatically track and record attendance.
8. Working with Relay:
Learn to control high-power devices with low-power signals by working with relays in various circuits.
