C Programming: Become A Pro! Think Like a Programmer! from Udemy

So want to get into programming and learn Excellent Choice .

Learning C makes you a better programmer in other languages like C++, Java, or C#. Also, you get to know how things really work "under the hood" and you will find it really easy to learn any other programming language when you learn C.

Why Choose This Course ?

I made sure this course is unique. It is easy and simple, efficient, doesn't waste your time, and most importantly makes you a

I put together all that I have learned -Online and in University- in ONE course. Here, you will get what you need to be a programmer. No useless stuff, you will save your time with straight-to-point videos.

What Will You Get ?

- Develop your programming skills: From "Nothing " to "Pro"

- In-depth knowledge and practice - 6+ Hours Course with 11+ Hours of Exercises

- Flexible learning - At Your Own Pace, On Any Device

- Zero-fluff - Straight to the point, no time wasted

- Clear delivery - I explain every single thing clearly, step-by-step

REMEMBER: you have a "30-Days" money back guarantee, so don't worry if you have any doubts...

So what are you waiting for?

What's inside

Learning objectives

"master" the c programming language
Deeply understand the fundamentals of programming
Think like a programmer: from zero to hero
Work with pointers like a pro !
Understand how computer memory works
Manage memory manually: dynamic allocation
Solve many "beginner to advanced" programming problems
Be able to solve really complex programs

How to build a clean, professional program
Organize your project: headers and sources
How to divide your program into small pieces: functions
Write clean code: best practices, writing conventions, ...
Get the knowledge you need to learn any other programming language "very" easily
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"master" the c programming language
Deeply understand the fundamentals of programming
Think like a programmer: from zero to hero
Work with pointers like a pro !
Understand how computer memory works
Manage memory manually: dynamic allocation
Solve many "beginner to advanced" programming problems
Be able to solve really complex programs
How to build a clean, professional program
Organize your project: headers and sources
How to divide your program into small pieces: functions
Write clean code: best practices, writing conventions, ...
Get the knowledge you need to learn any other programming language "very" easily
Show more
Show less

Syllabus

You Will Acquire The Needed Knowledge to Start Diving in C Programming

Installing Code::Blocks IDE

Basic Program Structure, Comments

The Build Process

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Provides a foundation in C programming, which is often used to understand low-level system interactions and memory management concepts

Covers manual memory management and dynamic allocation, which are essential for optimizing performance in resource-constrained environments

Includes a series of hands-on projects, such as a Tic-Tac-Toe game and menu programs, that reinforce learning through practical application

Explores the use of pointers, which are a core concept in C programming and essential for understanding memory manipulation and data structures

Uses Code::Blocks IDE, which is a free, open-source, cross-platform IDE that supports multiple compilers, including GCC, Clang and Visual C++

Teaches programming best practices and writing conventions, which are essential for producing maintainable and professional-quality code

Reviews summary

Solid c fundamentals with practical exercises

According to learners, this course provides a strong foundation in C programming, particularly benefiting beginners. Many highlight the instructor's clear explanations and the course's practical exercises and projects as significant strengths, helping solidify understanding of core concepts. The modules on pointers and memory management, often challenging topics, are frequently cited as well-explained. However, some students note that the pace can be quite fast, especially as the course progresses to more complex topics and exercises. While the course offers valuable skills, a few reviewers feel the title's promise of becoming a 'pro' requires substantial self-practice beyond the course content, suggesting it builds a solid base rather than covering advanced, professional-level techniques comprehensively. The course is considered straight-to-the-point and largely lives up to its promise of providing essential knowledge without unnecessary fluff.

Builds a solid base, but not deep 'pro' level.

"This course provides a really solid foundation in C programming basics and intermediate concepts."

"While great for fundamentals, I think becoming a 'pro' requires a lot more practice and advanced topics not fully covered here."

"I got a very good understanding of the core principles, enough to move on to more advanced studies."

"It's an excellent starting point and provides the essential knowledge needed to begin coding in C."

Pointers section is thorough and well-explained.

"The sections on pointers and memory allocation were particularly well-explained and helped me finally understand these tricky concepts."

"I found the pointer exercises challenging but the explanation videos made the concepts manageable."

"The deep dive into pointers is a strong point of the course."

"Understanding memory works 'under the hood' was much clearer after this course."

Hands-on problems reinforce learning effectively.

"The exercises are very helpful and practical, allowing you to apply what you learned immediately."

"I loved the hands-on approach and the projects like the Tic-Tac-Toe game, they were great practice."

"Solving the programming problems helped me think like a programmer and solidify my understanding."

"The wide range of exercises covered really helped reinforce the lecture material."

Concepts are explained clearly, great for beginners.

"The instructor explains everything clearly and makes it easy to understand even complex topics for beginners."

"He explains everything clearly and step by step, making it easy for a beginner to grasp the concepts."

"The explanations are really simple and clear, which helped me a lot as a complete beginner in programming."

"I found the way the instructor broke down difficult ideas very helpful and easy to follow."

Pace can be fast; difficulty jumps at times.

"Sometimes the course pace feels a bit fast, especially when moving to more advanced topics."

"The jump in difficulty in some exercise sets was quite steep, requiring extra time and effort."

"I felt like the course moved very quickly through some fundamental areas before getting to complex ones."

"Some exercises are significantly harder than the preceding material prepares you for."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in C Programming: Become A Pro! Think Like a Programmer! with these activities:

Review Basic Programming Concepts

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Reinforce fundamental programming concepts like variables, data types, and control flow to build a solid foundation for learning C.

Browse courses on Programming Fundamentals

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Review notes from previous programming courses or tutorials.
Complete online quizzes or exercises on basic programming concepts.
Write simple programs using basic programming constructs.

Read 'C Programming Absolute Beginner's Guide'

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Gain a comprehensive understanding of C programming fundamentals through a beginner-friendly guide.

View C Programming Absolute Beginner's Guide on Amazon

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Read the first few chapters covering basic syntax and data types.
Try the example programs provided in the book.
Take notes on key concepts and syntax rules.

Practice Pointer Exercises

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Sharpen your understanding of pointers through targeted exercises, a crucial skill for mastering C programming.

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Work through online pointer exercises on platforms like HackerRank or LeetCode.
Write small programs that use pointers to manipulate data.
Debug pointer-related errors in existing code snippets.

Four other activities

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Develop a Simple Calculator Program

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Apply your C programming knowledge by building a practical calculator program that reinforces concepts like input/output, operators, and control flow.

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Design the calculator's user interface and functionality.
Write C code to handle user input, perform calculations, and display results.
Test the calculator thoroughly with various inputs and edge cases.

Create a C Programming Cheat Sheet

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Consolidate your understanding of C syntax and concepts by creating a concise cheat sheet for quick reference.

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Identify the most important C syntax rules and concepts.
Organize the information into a clear and easy-to-read format.
Include examples and explanations for each concept.

Contribute to a C Project on GitHub

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Gain practical experience and collaborate with other developers by contributing to an open-source C project.

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Find a C project on GitHub that interests you and aligns with your skill level.
Read the project's documentation and contribution guidelines.
Identify a bug or feature to work on and submit a pull request.

Read 'The C Programming Language'

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Deepen your understanding of C with the classic reference guide written by the language's creators.

View C Programming Language, 2nd Edition on Amazon

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Read the chapters on advanced topics like pointers, structures, and file I/O.
Work through the exercises at the end of each chapter.
Compare your solutions with those available online.

Career center

Learners who complete C Programming: Become A Pro! Think Like a Programmer! will develop knowledge and skills that may be useful to these careers:

Embedded Systems Engineer

An embedded systems engineer develops software for devices like microcontrollers, often working close to the hardware. This course, focusing on the C programming language, equips aspiring embedded systems engineers with the foundational skills necessary for programming hardware. The course's deep dive into memory management and pointers is particularly relevant, as embedded systems often require manual memory allocation and direct hardware interaction. A prospective embedded systems engineer should take this course as it provides an understanding of how systems work and manipulate data at a very low level.

See salaries and explore the career path for Embedded Systems Engineer

Systems Programmer

A systems programmer works on the core components of an operating system or other low level software. This course offers a deep understanding of C, a language frequently used in systems programming. The ability to manage memory and work with pointers, both of which are covered extensively in this course, are critical to building robust and efficient systems software. This course may be useful to anyone looking to become a systems programmer, and its practical approach with many exercises helps build the necessary skills.

See salaries and explore the career path for Systems Programmer

Software Developer

Software developers apply principles of computer science and mathematical analysis to design, develop, and test software. Core to a software developer's abilities is an understanding of programming fundamentals, which this course provides. This course’s emphasis on algorithms, data structures, and problem-solving will translate directly to many coding applications in a software developer's work. Anyone looking for a software development career may find that this course provides a solid base for that transition. With its focus on practical programming in C, this material provides a robust base for other programming languages.

See salaries and explore the career path for Software Developer

Game Programmer

Game programmers create the code that makes video games function, and often work with game engines, graphics APIs, and other specialized tools. This course helps build a strong foundation in C, which is frequently used in game development to optimize performance and manage resources. This course's focus on pointers, memory management, and the structure of programs is particularly useful to game programmers involved in low-level systems. Prospective game programmers should take this course as it addresses core concepts directly relevant to their field.

See salaries and explore the career path for Game Programmer

Firmware Engineer

Firmware engineers develop the low-level software that controls hardware devices and embedded systems. The course's focus on the C language is directly applicable, as this is the language of choice for firmware programming. The course's detailed work with pointers, memory management via dynamic allocation, and hardware interaction will help anyone looking to become a firmware engineer. This course may be useful in developing those skills with its hands-on approach and exercises.

See salaries and explore the career path for Firmware Engineer

Operating Systems Developer

An operating systems developer works on the fundamental software that manages a computer's hardware and resources. The C programming language, a focus of this course, is widely used in operating systems development. This course’s coverage of memory management, pointers, and low-level programming constructs are directly relevant to the work of an operating systems developer. The course's exercises and projects provide useful practical experience to build a foundation in systems programming, making this course especially helpful to developers aspiring to work in the field.

See salaries and explore the career path for Operating Systems Developer

Robotics Engineer

A robotics engineer designs and builds robots, requiring skills in both mechanical and software engineering. This course may be useful to those focusing on the software aspect of robotics as it provides a foundation in C, a common language for controlling robots and other embedded systems. The knowledge gained about pointers, memory allocation, and programming fundamentals, all covered in this course, are vital for writing efficient and reliable robot control code. Anyone wanting to control robots should take this course to build a solid base of knowledge.

See salaries and explore the career path for Robotics Engineer

Software Architect

A software architect designs the high-level structure of a software system. While often working with languages other than C, this course’s focus on fundamental programming concepts would help in understanding the impact of code at a systems-level. This course may be useful in building a foundational understanding of how software interacts with hardware. This perspective will be helpful when designing software architectures. The understanding of memory management gained in this course helps in designing efficient and performant software systems.

See salaries and explore the career path for Software Architect

Compiler Developer

Compiler developers create the tools that translate human-readable code into machine code. A deep understanding of low-level programming and memory management, such as the topics covered in this course, is useful to understanding the underlying hardware. This course may be useful to aspiring compiler developers as it provides a strong foundation in C, a language often involved in this field. The practice with pointers and memory manipulation covered in the course would be invaluable to anyone working on this type of software.

See salaries and explore the career path for Compiler Developer

Database Developer

Database developers design, implement, and maintain the systems that store and manage data. While database development often involves higher-level languages, this course’s focus on memory management, pointers, and low-level operations provides valuable insight into the workings of a computer, helping produce performant software solutions. This course may be helpful when an aspiring database developer needs to understand the relationship between software and hardware. Anyone wishing to go into this field may find that this course provides a foundation to build from.

See salaries and explore the career path for Database Developer

High-Performance Computing Engineer

High performance computing engineers write software to run on large-scale computing systems. This course's in-depth treatment of C, along with its focus on memory management and pointers, is quite aligned with the needs of this role. Given the performance limitations of these high performance systems, this course may be useful to writing efficient programs. High performance computing engineers must optimize to get the best throughput from software. This course's deep dive into low level computer engineering makes it very helpful to this approach.

See salaries and explore the career path for High-Performance Computing Engineer

Technical Consultant

A technical consultant advises clients on the best use of technology, and often uses a wide range of technologies to do so. While this course focuses on C, the core programming concepts and problem-solving skills it teaches will transfer to other languages. This course may be helpful as it establishes a foundation in structured programming. By learning these fundamental principles, a technical consultant is better prepared to understand a variety of software solutions. This course's emphasis on a systematic approach to programming will be useful to this role.

See salaries and explore the career path for Technical Consultant

Quality Assurance Engineer

Quality assurance engineers are responsible for testing software to make sure that it is free of errors. This course may be helpful to some quality assurance engineers who want to understand the programming fundamentals of software they may test. The course's emphasis on building and debugging programs may prove useful to a quality assurance engineer who has to understand how to effectively test software. This course provides exposure to building functional programs, which is helpful to test the same.

See salaries and explore the career path for Quality Assurance Engineer

Data Scientist

Data scientists analyze large datasets to find insights and create models. While this course may not directly teach data science techniques, it helps build a foundation in software development. A data scientist who wants to build software might consider this course as it may be helpful to build up their programming knowledge. The skills gained in memory management and solving programming problems will be relevant to any software development task.

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Web Developer

A web developer creates websites and web applications. While web development commonly involves other languages, understanding basic programming principles can still be useful. This course may be helpful to a web developer. It can provide a better understanding of how software executes at a systems level and how to approach complex problems. The problem-solving skills gained from this course could be useful to anyone writing any sort of software.

See salaries and explore the career path for Web Developer

C Programming

Become A Pro! Think Like a Programmer!

What's inside

Learning objectives

Syllabus

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Reviews summary

Solid c fundamentals with practical exercises

Activities

Career center

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