About This Bundle
Level 03 – Beginners
Course Content
Understanding of Hardware
Introduction to different electronic components and modules.
Knowing their functions, capabilities, and compatibility.
Benefits and Limitations
Understanding where and when to use each hardware component.
Recognizing power limits, precision limits, and environmental constraints.
Utilization & Logical Approach
Applying logical thinking to design working solutions.
Problem-solving skills through real-time experiments.
Smart Thinking
Encouraging innovation and efficiency in coding and design.
Hardware Covered
Buzzer – Sound alerts and notifications
LCD (16x2) – Displaying text and sensor data
RGB LED – Multicolor lighting control
Switch – User inputs and triggers
LEDs – Basic light indicators
PIR Sensor – Motion detection
IR Sensor – Object detection and remote control
Servo Motor – Angular motion control
Joystick – Directional control for projects
Stepper Motor – Precise rotational control
DHT11 Sensor – Temperature and humidity sensing
DC Motor – Continuous motion control
Breadboard – Prototyping without soldering
Skills – Sensor Integration, Communication, and Controlling
Combining multiple sensors for advanced functions
Sending/receiving data between components (wired/wireless)
Implementing control algorithms for automation
Learning Outcomes
By the end of Level 01, learners will:
Understand the working principles of common robotics and IoT hardware.
Identify where each hardware is best applied in real-world scenarios.
Integrate multiple sensors and actuators in a single project.
Write basic to intermediate code for controlling hardware using Arduino IDE.
Debug common hardware and coding issues.
Develop at least 3 mini-projects (e.g., Smart Alarm, Motion-activated Light, Temperature Display System).
Coding Skills Gained
Basics of Arduino programming (C/C++ syntax)
Digital and analog I/O handling
Library usage for components like LCD, Servo, Stepper, DHT11
Writing functions for modular programming
Using delays, conditions, and loops effectively
Serial communication for debugging
VFOCUZ
0
Courses
0
Students
Know your SkillBoT Learning Discovery Kit
How and What types of Sensors, Microcontrollers used in Discovery Kit will be explained in detailed in this course. Layout, Input, Output sensors its specifications, Pinouts etc. will be provided for quick reference.
Sadiq Shaik
Product Manager
3:00
Hours
1
Lessons
Free
A-SAL01 - Smart Security System
The Simple Smart Alarm is a beginner-friendly Arduino project that demonstrates how to create a timed alarm using a buzzer and a 16x2 LCD display.
Sadiq Shaik
Product Manager
1:30
Hours
4
Lessons
Free
A-SLI02 -Smart light using PIR and RGB (WHITE)
This project demonstrates a basic motion detection system using a PIR sensor, an RGB LED, and a 16x2 LCD display (No I2C), all controlled by an Arduino board. When the system detects motion, the RGB LED lights up white and the LCD shows a “Motion Detected” message. After no motion is detected for 10 seconds, the system updates the LCD to “No Motion” and turns off the LED.
Sadiq Shaik
Product Manager
1:30
Hours
4
Lessons
₹500
A-SLI01-One Touch Smart Light
The One Touch Light is a simple yet effective Arduino-based project that allows a single pushbutton to control an RGB LED. Each press of the button toggles the LED between WHITE ON and OFF, while a 16×2 LCD provides real-time feedback by displaying LIGHT ON or LIGHT OFF.
Sadiq Shaik
Product Manager
1:30
Hours
4
Lessons
₹500
A-SGA01: One Touch-Smart Gate
The One Touch Smart Gate is a simple yet smart automation system using Arduino Nano, a servo motor, a push button, and an LCD display.
It allows a user to open the gate by pressing a button and close it by releasing the button, with instant status feedback shown on the LCD screen.
It allows a user to open the gate by pressing a button and close it by releasing the button, with instant status feedback shown on the LCD screen.
Sadiq Shaik
Product Manager
1:30
Hours
4
Lessons
₹500
A-SSE01-ClimaSecure System
The ClimaSecure System is an intelligent, temperature-sensitive gate control and alerting system developed using Arduino. It leverages real-time environmental sensing to control a servo motor-based gate and visually alert users through an RGB LED and a 16x2 LCD display.
Sadiq Shaik
Product Manager
1:30
Hours
4
Lessons
₹500
A-SSE02-Object Detection Safety System
Smart Safety Guard instantly stops machine operation when an object is detected near moving parts using an IR sensor, activating a buzzer and warning light.
When safe, the machine runs normally with a green indicator and live status display.
When safe, the machine runs normally with a green indicator and live status display.
Sadiq Shaik
Product Manager
2:00
Hours
4
Lessons
₹500
A-SRO01 - RoboJoint Controller
The RoboJoint Controller project demonstrates a manual robotic joint control system using an Arduino Nano, a stepper motor, a joystick sensor, and a 16×2 LCD display.
Sadiq Shaik
Product Manager
1:30
Hours
4
Lessons
₹500
A-SRO02 - RoboSteer Controller
The RoboSteer Controller is a simple robotics project that demonstrates how a joystick can be used to control the steering angle of a servo motor, similar to how steering works in robots, RC cars, or mobile robotic platforms.
Sadiq Shaik
Product Manager
2:00
Hours
4
Lessons
₹500
A-SHO01 - AutoBreeze System
The AutoBreeze System is a beginner-friendly smart automation project that automatically turns a DC fan ON or OFF based on real-time temperature readings from a DHT11 sensor.
Sadiq Shaik
Product Manager
1:30
Hours
4
Lessons
₹500
A-SHO02 - Day Lite Comfort System
The Day Lite Comfort System is a smart home automation project that automatically controls lighting and ventilation using an LDR sensor, DC motor, LED lights, and an LCD display.
Sadiq Shaik
Product Manager
2:00
Hours
4
Lessons
₹500
A-SGA02: Smart Sense Gate
The Smart Sense Gate is an upgraded, fully automatic gate system designed to open and close based on real-time human motion detection.
Sadiq Shaik
Product Manager
1:30
Hours
4
Lessons
₹500
A-SAL02-One-Touch Alarm
The One Touch Alarm is a simple and efficient Arduino-based alarm system designed to toggle between ON and OFF states using a single push-button.
Sadiq Shaik
Product Manager
1:30
Hours
4
Lessons
Free
0
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