Advance C Programming : Pointers (In Depth Hands On) from Udemy

Think You are Familiar with C Programming Language and Interested to Learn the Advance Concepts of Pointers.

Almost every Colleges and University include C Programming into their Curriculum but almost 87% People who have good C Programming knowledge fails in one Area Pointer.

And the question is Why?

Simply Because it is Hard compared to other topics in C Programming.

That is the reason we launched this advance easy to understand step by step hands-on C Pointer course.

Why Learn from Us?

This course is taught by Mr. Ravi who has more than 15 Years of Experience in different Programming Language like C, C++,Java and also has sound knowledge in Linux. He is an Architect and he also writes different books like C for Kidz, C++ Hands-On, Linux for an absolute beginner.

What you will Learn?

At the end of the course, you will learn not only learn the concepts of pointer but you will grab the concepts behind it.

This course is 10 hours long, divided into 5 interactive modules. At the end of each module, you get interactive quizzes to test your knowledge and 24x7 support in our community forum.

Let’s discuss the course curriculum.

In the first chapter, we just discuss some Introduction and overview of the course

2nd chapter is all about Pointers and Arrays. Here we discuss Pointers with 1D Arrays, Pointers with 2D Arrays, Array of Pointers, Pointer to Group of sequential 1-D arrays, Double Pointer for 2D Array Representation and Command-Line Arguments. Live coding and Quiz help you to grab the concepts easily.

Our 3rd chapter is all about Pointers and Functions. In this chapter we will cover Call by value vs call by address, Passing 1D Arrays to function Arguments, Passing 2D Arrays to function Arguments, Function pointers and Function returning a pointer.

4th module is all about Pointers and Strings. Here you will get the concepts of Overview of Strings and their initialization, Pointers to strings, Allocating dynamic memory for pointers to store strings in them. Here we also implement some string library function like Strlen, strcpy, strcmp, strcat, strrev with live coding.

Our last module is on Pointers with Structures and Unions. In this chapter you will learn Basic concepts of Structures and Union, Memory Organization and Array of Structures, Pointers with Structures, Dangling Reference, Memory Leaks and Self Referential Structures.

Who Can Take the Course?

This course is Strictly NOT for Beginners. You must have a basic understanding of C Programming. This course helps you to be a master in the Pointer Concepts.

Bonus

This course comes with 30 days Money-back Guarantee. If you are not satisfied anyhow you will get your money back no question asked.

When you enroll in the course you will get access to our Private Facebook and Telegram Group absolutely for free.

So why you are waiting for? Take the course right now.

What's inside

Learning objective

Basic to advance concepts of pointer

Syllabus

1.Introduction and Overview

A.Course-Introduction and Who can take the course

B.Course Curriculum Overview

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Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Covers pointers in depth, which are often a challenging topic for C programmers to fully grasp, despite their importance

Includes hands-on coding exercises and quizzes at the end of each module, reinforcing learning through practical application

Explores the use of pointers with arrays, functions, strings, structures, and unions, providing a comprehensive overview of pointer applications

Requires a basic understanding of C programming, so learners should not enroll without prior experience in C

Includes coverage of dynamic memory allocation for strings, which is essential for efficient memory management in C programs

Examines the implementation of standard string library functions, offering insights into low-level string manipulation techniques

Reviews summary

Deep dive into c pointers

According to learners, this course offers a deep dive into C pointers, covering complex topics like pointers with arrays, functions, strings, and structures. Many students found the hands-on coding examples and practical implementations particularly helpful for grasping challenging concepts. Reviewers consistently noted that the course requires a solid C foundation and is definitely not for beginners, aligning with the course description. While the material is inherently challenging, many felt the instructor explains complex ideas effectively, helping them finally understand this difficult area of C programming.

The course content is demanding.

"This course is challenging, be prepared to put in the work required."

"Mastering pointers is hard, and this course accurately reflects that difficulty level."

"It's a tough subject, but the course covers it comprehensively, demanding focus."

Assumes solid prior knowledge of basic C.

"Definitely not for beginners; make sure you know C well first."

"You really need a solid C foundation before taking this."

"If your C fundamentals are weak, this course will be a struggle to follow."

Instructor is knowledgeable and clear.

"Instructor's experience shows in the clarity and practicality of the lectures."

"The instructor explains concepts very well."

"The teaching style is clear and easy to follow for an advanced topic."

Helps clarify difficult pointer topics.

"Complex topics like function pointers were broken down step-by-step effectively."

"The instructor explains difficult pointer concepts in a way that finally clicked for me."

"Helped demystify the more confusing parts of C pointers, like pointers with 2D arrays."

Emphasizes practical coding examples.

"The coding examples and exercises were crucial for grasping the concepts."

"I learned best by following along and writing the code myself."

"Plenty of hands-on examples make complex ideas concrete and aid understanding."

Offers thorough, in-depth coverage of C pointers.

"This course is a deep dive, covering many aspects of pointers I hadn't seen before."

"Provides a thorough understanding of C pointers, including complex topics like double pointers and function pointers."

"I finally feel like I understand pointer arithmetic and complex pointer usage after this course."

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 Advance C Programming : Pointers (In Depth Hands On) with these activities:

Review Basic C Syntax

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Reinforce your understanding of fundamental C syntax, including variable declarations, data types, operators, and control flow statements, to ensure a solid foundation for grasping pointer concepts.

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Read through a C programming tutorial or textbook chapter covering basic syntax.
Write and compile simple C programs that utilize various syntax elements.
Complete practice exercises or quizzes on C syntax.

Read 'C Programming: A Modern Approach'

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Review a comprehensive C programming textbook to reinforce your understanding of fundamental concepts and explore advanced topics related to pointers.

View C Programming: A Modern Approach, 2nd Edition on Amazon

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Read chapters covering pointers, arrays, strings, and dynamic memory allocation.
Work through the examples and exercises provided in the book.
Compare the book's explanations with the course materials to identify areas for further study.

Create a Pointer Cheat Sheet

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Compile a concise cheat sheet summarizing key pointer concepts, syntax, and common use cases to serve as a quick reference guide.

Browse courses on Pointers

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Gather information on pointer declarations, dereferencing, arithmetic, and common pointer-related errors.
Organize the information into a clear and concise format, using examples and diagrams.
Review and refine the cheat sheet to ensure accuracy and completeness.

Four other activities

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Pointer Arithmetic Exercises

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Practice pointer arithmetic to solidify your understanding of how pointers interact with memory addresses and data types.

Browse courses on Pointer Arithmetic

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Work through exercises involving incrementing, decrementing, and dereferencing pointers.
Experiment with pointers to different data types to observe the effects of pointer arithmetic.
Debug code snippets that use pointer arithmetic to identify and correct errors.

Help Others in the Course Forum

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Reinforce your understanding by helping other students in the course forum. Explaining concepts to others solidifies your own knowledge.

Browse courses on Pointers

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Regularly check the course forum for questions related to pointers and other C concepts.
Provide clear and concise explanations to help other students understand the material.
Share code examples and debugging tips to assist students with their assignments.

Read 'Expert C Programming: Deep C Secrets'

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Gain a deeper understanding of C's nuances, including pointer behavior and memory management, by studying a classic text on advanced C programming techniques.

View Melania on Amazon

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Read selected chapters focusing on pointers, memory management, and common C programming pitfalls.
Experiment with code examples from the book to reinforce your understanding.
Research and understand the rationale behind the rules and guidelines presented in the book.

Implement a Dynamic Array

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Build a dynamic array data structure using pointers to manage memory allocation and resizing, reinforcing your understanding of dynamic memory management and pointer manipulation.

Browse courses on Pointers

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Design the structure and functions for the dynamic array.
Implement functions for creating, resizing, inserting, deleting, and accessing elements in the array.
Test the dynamic array implementation with various scenarios and edge cases.

Career center

Learners who complete Advance C Programming : Pointers (In Depth Hands On) will develop knowledge and skills that may be useful to these careers:

Operating Systems Developer

An operating systems developer works on the fundamental software that manages computer hardware and software resources. Mastery of C is a core skill for this role, and this course on advanced C pointers helps build a foundation for this career. The work involves manipulating memory, creating low-level drivers, and ensuring the system's stability, all tasks that rely heavily on a deep understanding of pointers. The course's modules on pointers, arrays, functions, and dynamic memory allocation provide the essential knowledge to work efficiently in this field. A person who wishes to work as an operating system developer might consider taking this course.

See salaries and explore the career path for Operating Systems Developer

Embedded Systems Engineer

An embedded systems engineer designs, develops, and tests software for devices that are not general-purpose computers, like those found in vehicles or appliances. This role often requires a deep understanding of low-level programming and memory management, areas where this course on advanced C pointers is directly applicable. The course's focus on pointer manipulation, memory allocation, and dynamic memory management helps build a foundation to work with C in resource-constrained environments, a common challenge in embedded systems development. The course covers several topics, like pointers with strings and structures, which can be particularly useful when interacting with hardware registers through defined structures. An aspiring embedded systems engineer should take this course.

See salaries and explore the career path for Embedded Systems Engineer

Systems Programmer

A systems programmer works on the core software components of an operating system, which often requires mastery of C. A systems programmer must have a solid understanding of memory, pointers, and data structures. This course directly addresses these needs by focusing on advanced pointer concepts. The course's modules on pointers and functions, as well as pointers and strings would be particularly relevant. The course also goes into dynamic memory allocation, which is essential in system-level programming. Someone wanting to work as a systems programmer would be well-served by this course on advanced C pointers, as it helps build the necessary knowledge.

See salaries and explore the career path for Systems Programmer

Game Programmer

Game programming often involves working with low-level graphics and engine development, where C and its memory manipulation capabilities are common. A game programmer needs strong control over memory, performance, and data structures which this course helps with. The course’s focus on pointer arithmetic, dynamic memory allocation, and pointer usage with arrays and strings is particularly relevant for this field. Given that many game engines are written in C or C++, mastering these concepts will help a game programmer to interface with them effectively. The course helps develop the deep understanding needed to write performant code that pushes the boundaries of game development. Those looking to become a game programmer could benefit from this course.

See salaries and explore the career path for Game Programmer

Compiler Developer

Compiler developers create software that translates code written in a programming language into machine code. This role requires an understanding of low-level programming, memory management, and data structures, making this course on advanced C pointers beneficial. The course's focus on pointers, memory allocation, and data structures lays the groundwork for understanding how compilers work at a fundamental level. A compiler developer will need to work with how data is structured and manipulated in memory, and this course provides a deep dive into those technical ideas, making this course a strong choice. The course teaches memory allocation and manipulation which is essential to this position, making it useful for those who aspire to be a compiler developer.

See salaries and explore the career path for Compiler Developer

High-Performance Computing Engineer

A high performance computing engineer works on creating efficient and optimized software that leverages parallel processing and high performance hardware. This field often requires a strong grasp of memory management and low-level programming, which this course on advanced C pointers provides. A high performance computing engineer needs to write code that directly manipulates data. This course’s focus on pointers, dynamic memory allocation, and working with arrays and structures provide these crucial skills. The course’s lessons on memory management would be particularly useful for optimizing performance for these types of applications, making this course useful for someone pursuing this career.

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

Software Developer

A software developer creates applications for a variety of platforms, and while C might not be the first language they think of, the fundamental knowledge of memory management offered by this course remains beneficial. Even though many software development jobs are not C-based, the principles taught in this course, like pointer manipulation, memory allocation, and function pointers, are transferrable to other languages and situations. A software developer will find the course modules on arrays and strings particularly useful for gaining an understanding of how data is handled at a low level. The dynamic memory allocation lessons also help deepen an understanding of memory management, which benefits software development across different tools. Taking this course helps gain a deeper understanding of the underpinnings of software for any aspiring software developer.

See salaries and explore the career path for Software Developer

Firmware Engineer

A firmware engineer writes low-level code that controls hardware devices. This role often involves direct manipulation of memory and registers, making a solid grasp of C programming, especially pointers, essential. A firmware engineer will need to understand how to work with hardware with memory allocation and pointer manipulation, areas the course covers in depth. The course's modules on pointers, arrays, structures, and dynamic memory allocation are directly applicable to tasks that a firmware engineer performs daily. This course helps build a deep understanding of memory management and manipulation, skills essential for this field. This course may be helpful for those who wish to become a firmware engineer.

See salaries and explore the career path for Firmware Engineer

Robotics Software Engineer

A robotics software engineer develops the software that controls the actions of robots. This kind of work often involves real-time systems, low-level programming, and direct hardware interaction with C. A robotics software engineer needs a deep understanding of memory management, pointer manipulation, and data structures, which is what this course provides. The course's in-depth modules on pointers, arrays, strings, and memory allocation are particularly relevant to this field. Those working in robotics often work in resource-constrained environments, making the knowledge gained from this course about memory optimization very useful. Those who want to become robotics software engineers may find this course useful.

See salaries and explore the career path for Robotics Software Engineer

Database Management System Developer

A database management system developer works on the core software that manages and organizes data in a database. This work involves low-level programming, data structure implementation, and memory management. This advanced C pointers course would help someone interested in this role because the course covers pointer manipulation, memory allocation, and dynamic structures. Although much of database development is done in higher-level languages, the fundamental knowledge provided by the course would be very helpful. The course's content on memory management and pointers in relation to functions and strings is especially relevant to this field. Aspiring database management system developers should consider taking this course.

See salaries and explore the career path for Database Management System Developer

Computer Graphics Programmer

A computer graphics programmer develops software for rendering images and animations. This work often requires a solid knowledge of low-level programming, memory management, and data structures. This course on advanced C pointers may be useful for this role, because computer graphics relies heavily on data manipulation in memory and this course has extensive lessons on pointers, arrays, and memory allocation. The course's focus on dynamic memory allocation will help a graphics programmer manage the large amounts of memory needed for complicated scenes and models. Someone interested in computer graphics programming may want to take this course.

See salaries and explore the career path for Computer Graphics Programmer

Network Engineer

A network engineer designs, implements, and maintains computer networks. While a network engineers might not always do intense C development, having a deep understanding of memory management and pointer usage as provided by this course may be useful. The course's lessons on pointers, arrays, and strings are all potentially pertinent to writing optimized networking code, particularly at the lower levels of the stack. Someone wanting to be a network engineer would find this course a helpful way to build a foundation in the concepts of memory and data management. The course's focus on memory allocation could be helpful for managing resources in a network environment, making this a course that may be useful for those in the field.

See salaries and explore the career path for Network Engineer

Quantitative Analyst

A quantitative analyst, also known as a quant, uses mathematical and statistical models to analyze financial data. This role might require low-level programming skills in order to implement the models and algorithms. The course’s focus on memory management, pointers, and data structures could be beneficial by helping with efficient data processing, even if the actual work is not always done directly in C. The course's modules on pointers in relation to arrays, functions and strings provide a foundation for understanding how data may be manipulated. A quant may find this course useful because it helps teach some of the fundamental building blocks of efficient coding.

See salaries and explore the career path for Quantitative Analyst

Data Scientist

A data scientist analyzes large sets of data to extract useful information and insights. This role requires a solid knowledge of programming and data structures. Although data science often involves higher-level coding in languages like Python, the fundamental knowledge of memory management provided by this course could be helpful. The course's lessons on pointer manipulation, and dynamic memory allocation, can help one develop a deeper understanding of how data is handled by computers. A data scientist might find this course useful for gaining a better understanding of memory management, even when they themselves do not program in C directly. It may be helpful to someone who wants to improve their fundamental understanding of data structures and memory.

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Bioinformatics Specialist

A bioinformatics specialist works with biological data. This involves processing and analyzing large datasets and developing algorithms for genomic analysis. A background in programming is essential to work in this role. This advanced C pointer course may be helpful as it provides a foundation for understanding how data is managed in memory. The course's focus on pointers, arrays, and dynamic memory allocation could be relevant when working on low-level processing of large biological datasets. Although bioinformatics often uses other languages, this course may be useful for someone who wants to understand more about the underlying principles of how their code functions.

See salaries and explore the career path for Bioinformatics Specialist

Advance C Programming

Pointers (In Depth Hands On)

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Reviews summary

Deep dive into c pointers

Activities

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