Programming Fundamentals in Java for CS Students: Part 1

Focused View

Christian Lisangola

5:20:37

7 View

1. Introduction and environment setup

1. Introduction.mp4

02:59

2.1 Download Link.html

2. Environment Setup.mp4

01:53

3. New project and JDK installation.mp4

02:56

4. Alternative solution.html

2. Variables and basic data types

1. Variables introduction.mp4

05:06

2. Interactions between Hard disk, RAM and CPU.mp4

04:08

3. Visual illustration of CPU RAM and Hard Drive Interactions.mp4

03:52

4. Variables declaration and storage.mp4

03:43

5. Code translation.mp4

03:28

6. More about variables declaration.html

7. Important Java variables naming convention.html

8. Basic programming theories.html

3. Data types

1. Working with integers.mp4

09:28

2. Code from the previous video.html

3. Summary of the previous lecture.html

4. Theory about floating-point data types.mp4

02:25

5. Floating-point data types in practice.mp4

06:38

6. Code from the previous video.html

7. Working with texts and characters.mp4

02:23

8. Strings and chars in practice.mp4

07:45

9. Code from the previous video.html

10. Quick discussion about booleans and Object types.mp4

02:18

11. Basic data types.html

12. Comments in Java.html

13. Section Summary.html

14. Notes on the JVM.html

4. Basic operations on data types

1. The rectangle problem.mp4

04:23

2. Code from previous lecture.html

3. Difference between assignment and equality.mp4

04:26

4. Code from previous lecture.html

5. Assignment and equality.html

5. Displaying values

1. Starter code for the next lecture.html

2. Displaying numbers.mp4

07:21

3. Code from the previous lecture.html

4. Displaying numbers and type conversion.mp4

04:19

5. Code from the previous lecture.html

6. Displaying strings.mp4

03:12

7. Code from the previous lecture.html

8. Strings immutability.mp4

01:54

9. Code from the previous lecture.html

10. More about String immutability in Java.html

11. Strings interpolation.mp4

08:08

12. Code from the previous lecture.html

13. More about printf() formatting.html

14. Section summary.html

15. Displaying values.html

6. Keyboard Input

1. Accepting user inputs.mp4

06:31

2. Code from the previous lecture.html

3. Practice keyboard input.mp4

01:53

4. Code from the previous lecture.html

5. More on user inputs.mp4

03:55

6. Code from the previous lecture.html

7. How the next() function works internally.mp4

07:32

8. Code from the previous lecture.html

9. Reading an entire line of input with nextLine().mp4

01:59

10. Code from the previous lecture.html

11. How nextInt() and nextDouble() work internally.mp4

08:54

12. Code from the previous lecture.html

13. Reading single characters from the keyboard.mp4

04:55

14. Code form the previous lecture.html

15. Section summary.html

16. Assignment.html

17. Keyboard input.html

18. Note on closing the Scanner object.html

7. Conditions

1. Introduction.mp4

03:27

2. Conditions explained with flow chart.mp4

02:13

3. First program using conditions.mp4

03:33

4. Code from the previous lecture.html

5. Simple alternative.mp4

02:21

6. Code from the previous lecture.html

7. Boolean data type.mp4

04:03

8. Code from the previous lecture.html

9. Understanding conditions and Logical operator OR.mp4

05:32

10. Logical operator OR in practice.mp4

02:24

11. Code from the previous lecture.html

12. Logical operator AND.mp4

05:27

13. Code from the previous lecture.html

14. Multiple alternatives.mp4

04:49

15. Code from the previous lecture.html

16. Ignoring case in string comparisons.mp4

01:59

17. Code from the last lecture.html

18. Conditional statements.html

19. Modulo operator in Java.html

20. Assignment.html

8. Loops

1. Code for the next lecture.html

2. Loops The problem.mp4

04:01

3. For loop.mp4

06:22

4. Code from the previous lecture.html

5. In-depth analysis of how the for loop works.mp4

04:12

6. For loop exercice.mp4

04:58

7. Code from the previous lecture.html

8. Do-while loop.mp4

08:51

9. Code from the previous lecture.html

10. Do-while loop Adding useful feedbacks.mp4

02:13

11. Code from the previous lecture.html

12. Interrupting loops.mp4

09:11

13. Code from the previous lecture.html

14. Constants in programming and best practices.mp4

07:44

15. Code from the previous lecture.html

16. Another variant of do-while loop.html

17. Assignment.html

9. Fixed-size Arrays

1. Code for the next lecture.html

2. The problem.mp4

04:02

3. The solution.mp4

07:13

4. First fixed-size array.mp4

03:21

5. Looping through Arrays.mp4

10:29

6. Code from the previous lecture.html

7. Populating fixed-size arrays with user input.mp4

09:46

8. Code from the previous lecture.html

9. Additional requirements.mp4

08:47

10. Code from the previous lecture.html

11. Refactoring do-while loops.mp4

02:37

12. Code from the previous lecture.html

13. Removing unnecessary else block.mp4

02:04

14. Code from the previous lecture.html

15. For each loop.mp4

03:16

16. Code from the previous lecture.html

10. Dynamic Arrays

1. Starter code for the next lecture.html

2. What are dynamic arrays.mp4

05:19

3. Code from the previous lecture.html

4. Basic operations.mp4

06:09

5. Code from the previous lecture.html

6. Most common used functions.html

7. Starter code from the next lecture.html

8. Refactoring previous project with dynamic arrays.mp4

02:28

9. Code from the previous lecture.html

11. Functions

1. Starter code for the next lecture.html

2. The problem.mp4

03:20

3. Completed code from the previous lecture.html

4. Visual representation of methods.mp4

07:29

5. Writing our first methods.mp4

09:21

6. Code from the previous lecture.html

7. Methods invocation.mp4

08:54

8. Code from the previous lecture.html

9. Refactoring code with functions part 1.mp4

04:25

10. Code from the previous lecture.html

11. Refactoring code with functions part 2.mp4

09:53

12. Code from the previous lecture.html

Description

Build a Strong Foundation in Computer Science through Java Programming

What You'll Learn?

Develop a deep understanding of core programming concepts, including data structures, algorithms, and fundamental principles of programming.
Learn how to write clean, efficient code using best practices, ensuring your code is easy to read, maintain, and optimize.
Study key Java concepts such as variables, loops, conditionals, arrays, and functions that apply to other programming languages
Understand how to apply the principles learned in this course to other programming languages, making you a more versatile and adaptable programmer.
Gain confidence in explaining complex programming concepts to others, enhancing your communication skills and professional credibility.

Who is this for?

Computer Science students looking to strengthen their understanding of core programming concepts.

Aspiring software developers who want to learn Java and apply best practices in their coding.

Professionals seeking to improve their coding skills and learn how to write clean, efficient code.

What You Need to Know?

No prior programming experience is required, making this course an excellent starting point for beginners.

A willingness to learn and a commitment to developing a strong foundation in programming fundamentals.

More details

Description
Welcome to "Programming Fundamentals in Java for CS Students", an in-depth and comprehensive online course designed to provide you with a deep understanding of programming fundamentals using Java. This course will equip you with the skills to apply these concepts to other programming languages while emphasizing the importance of clean code and best practices.
Many online courses teach you how to perform tasks without building a strong foundation in programming concepts, leading to students who can write code but struggle to explain or optimize their work. This course aims to solve that problem by focusing on solid programming fundamentals, best practices, and clean code principles.
Target Audience:
This course is perfect for:

Computer Science students looking to strengthen their understanding of core programming concepts.
Aspiring software developers who want to learn Java and apply best practices in their coding.
Course Outline:
In this extensive course, you will:
Develop a deep understanding of core programming concepts.
Learn how to write clean, efficient code using best practices, ensuring your code is easy to read, maintain, and optimize.
Understand how to apply the principles learned in this course to other programming languages, making you a more versatile and adaptable programmer.
Gain confidence in explaining complex programming concepts to others, enhancing your communication skills and professional credibility.
Work through real-world examples and practice exercises designed to reinforce your learning and prepare you for real-life programming challenges.
Study key Java concepts such as variables, loops, conditionals, arrays, and functions.
Participate in interactive coding challenges and projects to test your knowledge and sharpen your skills.
Benefit from instructor support and a vibrant community of fellow learners to enhance your learning experience.
By the end of this course, you will have a strong foundation in programming and will be well-equipped to write clean, efficient code in Java and other programming languages. Join us today and start your journey towards becoming a skilled and confident programmer.

For those who are new to programming, this course offers an excellent starting point with its focus on the fundamentals. The course also includes a part II that delves into object-oriented programming. Once you feel comfortable with the basics, you can take advantage of my other course to explore object-oriented programming in greater depth and with greater confidence.

In addition to the core course content, you will also receive:
Access to exclusive, downloadable resources and cheat sheets for easy reference.
Lifetime access to course updates, ensuring you stay current with the latest Java developments and industry best practices.
A course completion certificate, demonstrating your commitment to mastering programming fundamentals and enhancing your professional credentials.
Enroll now and unlock your full potential in the world of programming! Don't miss this opportunity to build a solid foundation in Java and other programming languages, and become the programmer you've always wanted to be.
Who this course is for:
Computer Science students looking to strengthen their understanding of core programming concepts.
Aspiring software developers who want to learn Java and apply best practices in their coding.
Professionals seeking to improve their coding skills and learn how to write clean, efficient code.

User Reviews

Rating

average 0

Total votes0

Focused display

Je suis Christian Lisangola, développeur passionné par les nouvelles technologies basé.Depuis plusieurs années je partage ma passion en offrant des formations et des cours de rattrapage aux étudiants en difficultés sur des cours qui touchent à la programmation. Ayant formé énormément des personne dans le métier du développement logiciel et qui aujourd’hui travaillent dans de très grosses ESN, je sais exactement quelles approches adopter pour rendre des notions difficiles et complexes accessible à n'importe qui.Je passe beaucoup de temps à essayer ou tester de nouvelles choses entre autre les meilleurs techniques pour aider mes apprenants à bien assimiler les concepts que j'enseigne.

Udemy

View courses Udemy

Students take courses primarily to improve job-related skills.Some courses generate credit toward technical certification. Udemy has made a special effort to attract corporate trainers seeking to create coursework for employees of their company.