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Coding and Computational
Thinking
Education Template
Title 1
Small description about
this topic
01
Title 2
Small description about
this topic
02
Title 3
Small description about
this topic
03
Title 4
Small description about
this topic
04
Agenda
Introduction
Define about coding and
computational thinking.
Emphasize the increasing
relevance of these concepts
in today's digital world.
Computational
Thinking Essentials
Emphasize key components:
abstraction, pattern recognition,
decomposition, and algorithmic
thinking, which collectively form
the core of computational
thinking.
Abstraction
Pattern
Recognition
Decomposition
Algorithmic
Thinking
Coding
Languages Overview
Provide a glimpse into coding
languages and their roles,
highlighting their diversity and
applications in shaping digital
solutions.
JAVA C++
PYTHON PHP
Syntax in coding dictates the correct arrangement of
symbols and keywords, ensuring code adherence to
language-specific rules.
Variables in coding store and reference data,
facilitating manipulation within programs.
Foundations of Coding
Uncover coding's core principles:
syntax, variables, and logical
structures, laying the groundwork for
understanding and creating computer
programs.
1
2
3
4
5
6
7
8
9
10
Coding In Practice
#include <iostream>
int main() {
using namespace std;
cout << "Hello, World!" << endl;
return 0;
}
Output:
Hello, World!
Code Examples
Display concise code snippets to exemplify
fundamental coding concepts and demonstrate
their practical application.
C++ HTML Python
Coding Challenges
Engage the audience with
interactive coding challenges,
fostering participation and
enhancing understanding through
hands-on problem-solving.
Challenge #2
Engage the
audience with
interactive
coding
challenges
Challenge #1
Engage the
audience with
interactive
coding
challenges
Envision evolving coding trends with
advancements like AI and
decentralized systems, shaping a
dynamic future for software
development.
Future of
Coding
Anticipate upcoming trends and innovations in the coding
landscape, exploring possibilities that shape the future of
this dynamic field.

Education - Coding and Computational Thinking.pptx

  • 1.
    This template was createdby SlidesAI You're free to use and customize this template for personal and professional use. You can't resell or offer this template in your software as is or even with some modification to it. No design Skills required Setup in seconds Create 3 Presentations for free Try SlidesAI Downloads
  • 2.
  • 3.
    Title 1 Small descriptionabout this topic 01 Title 2 Small description about this topic 02 Title 3 Small description about this topic 03 Title 4 Small description about this topic 04 Agenda
  • 4.
    Introduction Define about codingand computational thinking. Emphasize the increasing relevance of these concepts in today's digital world.
  • 5.
    Computational Thinking Essentials Emphasize keycomponents: abstraction, pattern recognition, decomposition, and algorithmic thinking, which collectively form the core of computational thinking. Abstraction Pattern Recognition Decomposition Algorithmic Thinking
  • 6.
    Coding Languages Overview Provide aglimpse into coding languages and their roles, highlighting their diversity and applications in shaping digital solutions. JAVA C++ PYTHON PHP
  • 7.
    Syntax in codingdictates the correct arrangement of symbols and keywords, ensuring code adherence to language-specific rules. Variables in coding store and reference data, facilitating manipulation within programs. Foundations of Coding Uncover coding's core principles: syntax, variables, and logical structures, laying the groundwork for understanding and creating computer programs.
  • 8.
    1 2 3 4 5 6 7 8 9 10 Coding In Practice #include<iostream> int main() { using namespace std; cout << "Hello, World!" << endl; return 0; } Output: Hello, World!
  • 9.
    Code Examples Display concisecode snippets to exemplify fundamental coding concepts and demonstrate their practical application. C++ HTML Python
  • 10.
    Coding Challenges Engage theaudience with interactive coding challenges, fostering participation and enhancing understanding through hands-on problem-solving. Challenge #2 Engage the audience with interactive coding challenges Challenge #1 Engage the audience with interactive coding challenges
  • 11.
    Envision evolving codingtrends with advancements like AI and decentralized systems, shaping a dynamic future for software development. Future of Coding Anticipate upcoming trends and innovations in the coding landscape, exploring possibilities that shape the future of this dynamic field.