Computer Science 101 Computers Programming for Beginners

Computer Science 101 – Computers & Programming for Beginners, available at $69.99, has an average rating of 4.42, with 36 lectures, based on 1938 reviews, and has 7113 subscribers.

You will learn about Understand how computers work Understand basic concepts of Computer Science Understand basic concepts of Programming and Programming Languages This course is ideal for individuals who are Programming Beginners or People who are interested in the topic of Computer Science and Programming It is particularly useful for Programming Beginners or People who are interested in the topic of Computer Science and Programming.

Enroll now: Computer Science 101 – Computers & Programming for Beginners

Summary

Title: Computer Science 101 – Computers & Programming for Beginners

Price: $69.99

Average Rating: 4.42

Number of Lectures: 36

Number of Published Lectures: 36

Number of Curriculum Items: 36

Number of Published Curriculum Objects: 36

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Understand how computers work

Understand basic concepts of Computer Science

Understand basic concepts of Programming and Programming Languages

Who Should Attend

Programming Beginners

People who are interested in the topic of Computer Science and Programming

Target Audiences

Programming Beginners

People who are interested in the topic of Computer Science and Programming

Computer Science is a topic that is becoming more and more relevant. Whether in college, school or at work. Computers and computer programs are everywhere in our everyday lives. We use software in smartphones, ATMs and even household appliances that we are able to control with our smartphones. A lot of people are confused and don’t really know how all of this actually works

This compact course will take you from zero knowledge to having a solid understanding of the basic concepts of computer science and programming languages.
To keep the course interesting and entertaining, we use a lot of examples to explain the individual topics. Amongst many other things we will learn about the importance of algorithms and how we can create one and why they are incredibly important. We will also learn about different approaches to programming such as imperative, declarative and object oriented programming. We’re going to give you real world examples outside of code and computer programs to make sure everybody is able to understand what we are talking about.

At the end of this course you will have a fundamental understanding of the most important concepts of computer science and programming and can try your luck on an easy test exercise. The course also contains a kind of glossary where we’ve listed definitions and explanations for the most important terms so you always have them at your fingertips.

So if you always wanted to know how computers actually work, what a programmer does and how we are using computers to develop our own programs join us in this course!

Course Curriculum

Chapter 1: Introduction and First Steps

Lecture 1: Introduction & Curriculum

Lecture 2: What is a computer?

Lecture 3: What can a computer do? What cant a computer do?

Lecture 4: How do we communicate with Computers?

Lecture 5: Why are Computer Science and Programming important?

Chapter 2: Basic Programming

Lecture 1: What is an Algorithm?

Lecture 2: What is a Program?

Lecture 3: What are Variables and Constants?

Lecture 4: What are Methods and Functions?

Lecture 5: Control Flow: What is a loop?

Lecture 6: Control Flow: What is a conditional statement?

Lecture 7: Control Flow: What are Subroutines and Jumps?

Chapter 3: Programming Paradigms

Lecture 1: What is Imperative Programming?

Lecture 2: What is Declarative Programming?

Lecture 3: What is Object Oriented Programming?

Lecture 4: Pseudocode – The connection between Programmers and Non Programmers

Chapter 4: Glossary

Lecture 1: How to use this glossary

Chapter 5: A stands for

Lecture 1: Algorithm

Lecture 2: API

Chapter 6: B stands for

Lecture 1: Bug

Chapter 7: C stands for

Lecture 1: Compiler

Chapter 8: D stands for

Lecture 1: Debugging

Chapter 9: E stands for

Lecture 1: Error

Chapter 10: F stands for

Lecture 1: Framework

Lecture 2: Function

Chapter 11: I stands for

Lecture 1: IDE

Lecture 2: Interpreter

Chapter 12: L stands for

Lecture 1: (Programming) Language

Chapter 13: O stands for

Lecture 1: Object Orientation

Chapter 14: P stands for

Lecture 1: Programming Paradigms

Chapter 15: R stands for

Lecture 1: REPL

Chapter 16: S stands for

Lecture 1: String

Lecture 2: Syntax

Chapter 17: T stands for

Lecture 1: Type

Chapter 18: V stands for

Lecture 1: Value

Chapter 19: Z stands for

Lecture 1: Z-Value

Instructors

Timothy Meixner
Meixner & Ruof

Johannes Ruof
Meixner & Ruof

Rating Distribution

1 stars: 19 votes

2 stars: 37 votes

3 stars: 246 votes

4 stars: 681 votes

5 stars: 955 votes

Frequently Asked Questions

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