Coding and Robotics By: Dinzei Maureen
PRACTICAL SEMINAR PAPER ON CODING AND ROBOTICS By: Dinzei Maureen
Theme:
Coding and Robotics: Empowering Learners for the Digital Future
Presented by:
Blozzom Everyday Institute
Motto: Leaving People Better Than We Met Them
Abstract
The world is experiencing rapid technological advancement, and coding and robotics have become essential skills for learners in the 21st century. Coding teaches individuals how to communicate with computers through programming languages, while robotics combines engineering, coding, electronics, and artificial intelligence to design and operate machines that can perform tasks automatically. This seminar paper introduces participants to the basic concepts of coding and robotics, explores their importance in education and industry, and provides practical activities that learners can undertake to develop foundational skills. The paper also highlights the opportunities available in coding and robotics and encourages learners to become creators of technology rather than consumers.
Introduction
Technology has transformed the way people learn, work, communicate, and solve problems. Nations around the world are integrating coding and robotics into school curricula because these skills promote creativity, innovation, critical thinking, and problem-solving.
Coding is the process of writing instructions that tell a computer what to do, while robotics involves designing, building, and programming machines called robots to perform specific tasks.
Today, robots are used in:
Healthcare
Agriculture
Manufacturing
Education
Security
Banking
Transportation
Space Exploration
Learning coding and robotics prepares young people for future careers and enables them to contribute meaningfully to the digital economy.
What is Coding?
Coding, also known as programming, is the process of creating instructions for computers using programming languages.
Examples of programming languages include:
Scratch
Python
Java
C++
JavaScript
Example:
print("Hello, World!")
This simple code instructs the computer to display "Hello, World!"
What is Robotics?
Robotics is the branch of science and technology that deals with designing, constructing, and programming robots.
A robot is a machine that can perform tasks automatically or semi-automatically.
Examples of robots include:
Industrial robots
Educational robots
Medical robots
Agricultural robots
Delivery robots
Humanoid robots
Components of a Robot
A robot consists of several parts:
a. Sensors
These help robots detect changes in the environment.
Examples:
Light sensors
Temperature sensors
Motion sensors
Ultrasonic sensors
b. Controller
The controller acts as the robot’s brain.
Examples:
Arduino
Micro:bit
Raspberry Pi
c. Actuators
These are parts that move.
Examples:
Motors
Wheels
Servos
d. Power Supply
Examples:
Batteries
Electricity
Importance of Coding and Robotics
Coding and robotics help learners to:
Develop problem-solving skills
Improve creativity
Enhance critical thinking
Build teamwork skills
Prepare for future careers
Improve logical reasoning
Foster innovation
Career Opportunities
Learners who study coding and robotics can become:
Software Developers
Robotics Engineers
Artificial Intelligence Specialists
Data Scientists
Cybersecurity Experts
Game Developers
Web Designers
Mobile App Developers
Automation Engineers
Practical Session: Introduction to Scratch Coding
Activity 1: Creating an Animation
Materials:
Laptop
Internet connection
Scratch software
Steps:
Open Scratch.
Choose a sprite.
Drag and drop coding blocks.
Add movement commands.
Add sounds.
Run the program.
Example:
When Green Flag Clicked → Move 10 Steps → Say "Hello"
Expected Outcome: Learners create a simple animation.
8. Practical Session: Building a Simple Robot
Materials:
Micro:bit or Arduino
LED lights
Battery
Wires
Sensors
Activity:
Connect the components.
Upload the code.
Test the robot.
Observe movement and response.
Sample Code:
from microbit import *
while True:
display.show(Image.HAPPY)
Expected Outcome: The robot displays an image or performs a programmed action.
Safety Precautions
Participants should:
Handle electrical components carefully.
Keep liquids away from devices.
Work under supervision.
Use tools properly.
Follow safety instructions
Conclusion
Coding and robotics are no longer optional skills; they are essential competencies for the future. Through coding and robotics education, learners develop creativity, innovation, problem-solving skills, and technological competence. By investing in these areas, schools, parents, and communities can prepare young people to become inventors, entrepreneurs, and leaders in the digital age.
Evaluation
1. What is coding?
A. Drawing pictures
B. Writing instructions for a computer
C. Repairing a television
D. Playing computer games
2. Which of the following is a programming language?
A. Python
B. Keyboard
C. Monitor
D. Printer
3. What is a robot?
A. A type of computer virus
B. A machine that can be programmed to perform tasks
C. A computer screen
D. A video game
4. Which part of a robot helps it detect things around it?
A. Sensor
B. Wheel
C. Battery
D. Screw
5. What is the main function of a motor in a robot?
A. To store information
B. To produce movement
C. To display pictures
D. To type words
6. Which device can be used as the 'brain' of a simple robot?
A. Arduino
B. Speaker
C. Mouse
D. Headphone
7. Which coding platform uses colourful blocks and is especially suitable for beginners?
A. Scratch
B. Calculator
C. Google Maps
D. Microsoft Word
8. What does a sensor do in a robotic system?
A. It detects information from the environment
B. It charges the battery
C. It paints the robot
D. It connects the robot to a television
9. Which of these is an important skill developed through coding?
A. Problem-solving
B. Sleeping
C. Guessing
D. Memorising songs
10. Which of the following is an application of robotics?
A. Automated manufacturing
B. Handwriting a letter
C. Reading a newspaper
D. Drawing with a penci

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