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Learn Computer Programming from Absolute Zero

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Added 5 years ago by tutsnode in Other
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Learn Computer Programming from Absolute Zero (Size: 3.1 GB)
  0 314.1 KB
  1. What have we learned during the entire course.mp4 27.8 MB
  1. What have we learned during the entire course.srt 1.7 KB
  1. What will we learn.mp4 11.2 MB
  1. What will we learn.srt 614.4 B
  1 8 KB
  2 648.1 KB
  3 259.8 KB
  4 174.9 KB
  5 303.1 KB
  6 713.2 KB
  7 990.9 KB
  10. AND logic gates.mp4 56.8 MB
  10. AND logic gates.srt 3.4 KB
  10. Type conversions.mp4 5.7 MB
  10. Type conversions.srt 2.8 KB
  10. i = i + 1.mp4 49.8 MB
  10. i = i + 1.srt 3.1 KB
  11. Algorithm count to 10 (end condition).mp4 78.7 MB
  11. Algorithm count to 10 (end condition).srt 4.7 KB
  11. Input.mp4 8 MB
  11. Input.srt 3.1 KB
  11. OR logic gates.mp4 28.7 MB
  11. OR logic gates.srt 1.7 KB
  12. Algorithm count to 10 (start condition).mp4 28.1 MB
  12. Algorithm count to 10 (start condition).srt 1.8 KB
  12. Logic gates - conclusion.mp4 34.9 MB
  12. Logic gates - conclusion.srt 3.9 KB
  12. Logic values.mp4 7.7 MB
  12. Logic values.srt 2.8 KB
  13. Algorithm add together numbers from 1 to 10.mp4 82.7 MB
  13. Algorithm add together numbers from 1 to 10.srt 5.3 KB
  13. Boolean algebra.mp4 29.6 MB
  13. Boolean algebra.srt 4.1 KB
  13. Conditions.mp4 24.2 MB
  13. Conditions.srt 1.6 KB
  14. Algorithm number guessing game.mp4 72 MB
  14. Algorithm number guessing game.srt 4.7 KB
  14. Boolean algebra - conclusion.mp4 53.6 MB
  14. Boolean algebra - conclusion.srt 6.2 KB
  14. Loops.mp4 29.1 MB
  14. Loops.srt 4 KB
  15. Arrays.mp4 77.3 MB
  15. Arrays.srt 5.1 KB
  15. Decomposing numbers, part 1.mp4 30.9 MB
  15. Decomposing numbers, part 1.srt 4.3 KB
  15. Number guessing game.mp4 18.3 MB
  15. Number guessing game.srt 3.3 KB
  16. Arrays using playing cards.mp4 38.6 MB
  16. Arrays using playing cards.srt 2.1 KB
  16. Decomposing numbers, part 2.mp4 21.7 MB
  16. Decomposing numbers, part 2.srt 2.4 KB
  16. Methods.mp4 38.9 MB
  16. Methods.srt 3.3 KB
  17. Algorithm traversing an array.mp4 79.8 MB
  17. Algorithm traversing an array.srt 5.1 KB
  17. Base-8 numbers.mp4 40.9 MB
  17. Base-8 numbers.srt 4.5 KB
  17. Object-oriented programming.mp4 29.4 MB
  17. Object-oriented programming.srt 5.2 KB
  18. Algorithm the smallest card.mp4 97 MB
  18. Algorithm the smallest card.srt 6.4 KB
  18. Binary system.mp4 27.5 MB
  18. Binary system.srt 3.7 KB
  18. What we have learned (and what we haven't).mp4 8.1 MB
  18. What we have learned (and what we haven't).srt 1.3 KB
  19. Algorithm summing an array.mp4 51.4 MB
  19. Algorithm summing an array.srt 3 KB
  19. Assignment.html 204.8 B
  19. XOR logic gate.mp4 31.3 MB
  19. XOR logic gate.srt 4.3 KB
  2. About Ruby.mp4 15.2 MB
  2. About Ruby.srt 2.2 KB
  2. Algorithms.mp4 87.4 MB
  2. Algorithms.srt 6.2 KB
  2. From typewriter to text editors.mp4 44.5 MB
  2. From typewriter to text editors.srt 5.2 KB
  2. General architecture of a computer.mp4 17.4 MB
  2. General architecture of a computer.srt 1.2 KB
  2. What does it mean to program.mp4 44.4 MB
  2. What does it mean to program.srt 3.3 KB
  2. What is a computer.mp4 46.2 MB
  2. What is a computer.srt 2.8 KB
  2. Where to now.mp4 23.3 MB
  2. Where to now.srt 1.4 KB
  2. Why programming.mp4 58.1 MB
  2. Why programming.srt 3.7 KB
  2.1 links.pdf 21.4 KB
  20. Addition using XOR and AND.mp4 31.2 MB
  20. Addition using XOR and AND.srt 3.6 KB
  20. Algorithm product between min and max of an array.mp4 44.9 MB
  20. Algorithm product between min and max of an array.srt 2.7 KB
  21. What have we learned.mp4 9.4 MB
  21. What have we learned.srt 1.5 KB
  3. Algorithm example.mp4 33.9 MB
  3. Algorithm example.srt 2.4 KB
  3. IDE.mp4 19.2 MB
  3. IDE.srt 2.6 KB
  3. Installing Ruby.mp4 28.6 MB
  3. Installing Ruby.srt 3.7 KB
  3. Languages.mp4 36.6 MB
  3. Languages.srt 2.5 KB
  3. Processor.mp4 65.5 MB
  3. Processor.srt 3.4 KB
  3. The author.mp4 8.6 MB
  3. The author.srt 512 B
  3. Why do we need computers, anyway.mp4 71.8 MB
  3. Why do we need computers, anyway.srt 4.7 KB
  4. Boxes.mp4 67.5 MB
  4. Boxes.srt 4.5 KB
  4. Course structure.mp4 35.3 MB
  4. Course structure.srt 2.1 KB
  4. File operations in code editors.mp4 6.5 MB
  4. File operations in code editors.srt 3.4 KB
  4. Memory.mp4 57.8 MB
  4. Memory.srt 3 KB
  4. The premise of computers.mp4 47.5 MB
  4. The premise of computers.srt 2.5 KB
  4. Types of languages.mp4 48 MB
  4. Types of languages.srt 3.6 KB
  4. iRB.mp4 4.4 MB
  4. iRB.srt 2.2 KB
  5. Machine language.mp4 32.1 MB
  5. Machine language.srt 2.4 KB
  5. Multiplying together three numbers.mp4 24.1 MB
  5. Multiplying together three numbers.srt 1.6 KB
  5. Peripherals.mp4 30.1 MB
  5. Peripherals.srt 1.9 KB
  5. Scripting.mp4 7.5 MB
  5. Scripting.srt 3 KB
  5. The transistor.mp4 44.8 MB
  5. The transistor.srt 2.8 KB
  5. What have we learned.mp4 11.6 MB
  5. What have we learned.srt 716.8 B
  6. Comments.mp4 7.2 MB
  6. Comments.srt 1.6 KB
  6. Data.mp4 67.9 MB
  6. Data.srt 3.5 KB
  6. Inversion.mp4 35.9 MB
  6. Inversion.srt 1.9 KB
  6. Operating systems.mp4 62.9 MB
  6. Operating systems.srt 5.5 KB
  6. Testing the algorithm.mp4 39.1 MB
  6. Testing the algorithm.srt 2.6 KB
  7. Breadboard.mp4 50.7 MB
  7. Breadboard.srt 3.1 KB
  7. Compilers, interpreters, transpilers.mp4 21.4 MB
  7. Compilers, interpreters, transpilers.srt 1.8 KB
  7. Variables.mp4 42.8 MB
  7. Variables.srt 3.2 KB
  7. What have we learned.mp4 20.1 MB
  7. What have we learned.srt 1.3 KB
  8. AND card game.mp4 47.6 MB
  8. AND card game.srt 3.9 KB
  8 157.3 KB
  8. Conditions.mp4 35.9 MB
  8. Conditions.srt 2.3 KB
  8. Data types, part 1.mp4 10.4 MB
  8. Data types, part 1.srt 2.7 KB
  8. What have we learned.mp4 14.5 MB
  8. What have we learned.srt 819.2 B
  9. Data types, part 2.mp4 11 MB
  9. Data types, part 2.srt 4.1 KB
  9. Loops.mp4 35.9 MB
  9. Loops.srt 2.4 KB
  9. OR card game.mp4 39.7 MB
  9. OR card game.srt 2.3 KB
  TutsNode.com.txt 102.4 B
  [TGx]Downloaded from torrentgalaxy.to .txt 614.4 B
  9 132.8 KB
  10 484.7 KB
  11 547.7 KB
  12 89.7 KB
  13 919.4 KB
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  ▲ 261 total files

Description


Description

Have you ever wanted to know how computers are programmed? Have you tried to learn, but got discouraged but too much maths, too much technology, too much studying? This course will explain everything from scratch, step by step and idea by idea, without you needing anything but the four basic operations. (Psst! Actually you don’t even need division.)

You’re going to discover what makes a computer “tick”, how these machines are programmed, and what are the secrets that enable programmers to get along with them — all in short, easy and synthesised video lectures. The course begins at an absolute zero, and will guide you all the way to using a modern programming language, called Ruby.

All this, and more, is taught using presentation, animations, videos of wires and coloured lights, playing card games and imagination exercises about people from different universes. There’s one single assignment at the end, and you’ll also find a few resources to help you on your way.

After completing this course you’ll be able to carry on by yourself, or to choose a more advanced course, without fear that you’ll get bogged down in any strange or scary concepts!

This is the English translation of a successful course that I’ve been teaching for many years. There are students of course who today have rewarding careers as programmers. You can have one, too!
Who this course is for:

People looking to get into programming without any prerequisites
People interesting in finding out more about this profession
People who don’t like to cram, but want to get somewhere in IT

Requirements

Basic arithmetics — the four operations. Nothing else at all. That’s why it’s called “from absolute zero”!

Last Updated 4/2021

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