Learn C programming course

Learnai.co.in

Learn C programming course

At Learnai.co.in, learn C programming course from beginners to advanced levels with a hands-on, comprehensive approach. This ensures you gain the essential skills to excel in the tech industry.
Course Curriculum
Learn C programming course

Why Enroll in the Learn C Programming Course?

C programming is foundational for modern software development. It is known for its speed, efficiency, and wide applicability in areas like system development, game development, and more.
Establish Strong Fundamentals: Develop a strong base applicable across other programming languages.
Enhance Performance: Use C's efficiency for high-performance applications.
Broad Applicability: Apply your skills across diverse fields such as system programming and game development.
Advance Your Career: This course opens doors to several career paths in the tech field.
Course Duration

Duration
30 Days

Mode of Training

Mode of Training
Inclass & Online

Projects Implementation

Projects
Three

Assignments

Assessments
Topic Wise

Course Overview

The Learn C programming course is designed to build proficiency through interactive learning and practical experience. This program combines theoretical knowledge with hands-on application, ensuring you develop practical skills to tackle a wide range of programming challenges.
Interactive Labs: Engage in real-world coding exercises.
Real-World Relevance: Work on projects that simulate industry challenges.
Expert Instruction: Learn from professionals with industry experience.
Rich Resources: Access study materials and coding tools for enhanced learning.

Learn C programming Course from beginners to advanced

Begin or advance your C programming journey with a course that offers a well-rounded, comprehensive learning experience.  Whether you're just starting or looking to enhance your skills, this course prepares you for real-world programming tasks efficiently.
Course Curriculum

In-Depth Curriculum

Explore topics from basic syntax to advanced techniques like memory management and pointers.
Real Time Project

Practical Projects

Implement your knowledge through coding exercises and project-based learning.
Course Certification

Certification

Achieve a certification upon course completion to validate your skills and enhance your career opportunities.
Learnng Methods

Flexible Learning Options

Study at your own pace with access to online materials, resources and many more
Expert Guidance

Expert Guidance

Benefit from instruction by industry professionals with extensive experience.

Who Should Enroll C programming Course?

Student can learn

Students

Professional Can Learn

Professionals

Telechnology Intrest

Enthusiasts

Career Changers

Career Changers

Skills You Will Gain

Learn C programming course from beginners to advanced

Develop key programming skills and techniques

Basic and Advanced Concepts

Master variables, operators, control structures, and more.

File Handling

Learn to manage files for data storage and manipulation.

Problem-Solving Techniques

Develop effective strategies for coding and debugging.

Pointers and Memory Management

Gain expertise in using pointers and managing memory effectively.

Dynamic Memory Allocation

Understand dynamic memory management to optimize performance.

Tools and Technologies

GCC (GNU Compiler Collection): Essential for compiling C code into executable programs.
Clang: Provides performance-focused compilation with detailed diagnostics and optimizations.
Visual Studio Code: A powerful code editor with C extensions for syntax highlighting, code completion, and debugging.
Eclipse IDE: A robust development environment offering comprehensive tools for coding, debugging, and managing C projects.
GDB (GNU Debugger): Crucial for debugging C programs by inspecting and controlling program execution.
Valgrind: An essential tool for detecting memory leaks and profiling program performance.
Tools and Technologies

Job Roles

Software Developer/Engineer: Design, develop, and maintain software applications and systems using C.
Embedded Systems Engineer: Work on software for embedded systems, including hardware interfacing and real-time operating systems.
System Programmer: Develop and maintain system software such as operating systems, drivers, and utilities.
Firmware Engineer: Write and test firmware for hardware devices, ensuring proper operation and functionality.
Application Developer: Create and optimize applications that run on various platforms, including desktop and server environments.
Game Developer: Use C for game development, particularly in performance-critical areas and game engines.
Network Engineer: Implement and manage network protocols and services using C, often for performance and optimization.
Security Analyst: Develop security tools and conduct vulnerability assessments to ensure software and systems are secure.
Database Administrator: Manage and optimize databases, sometimes using C for custom database extensions or performance tuning.
Quality Assurance Engineer: Test and debug software to ensure it meets quality standards and functions correctly, with a focus on low-level debugging and performance issues.

C Programming Course Curriculum

Fundamentals in C

  • Program
  • Programming
  • Programming Languages
  • Types of Software
  • Introduction to C
  • History of C
  • Features of C
  • Applications of C
  • Character Set, ASCII Table
  • Tokens
  • Keywords
  • Identifiers & Naming Rules
  • Constants
  • Data Types
  • Type Qualifiers
  • How Data is Stored in Computer Memory
  • Variables
  • Variable Declaration
  • Variable Assignment
  • Variable Initialization
  • Comments
  • Defining Constants

Input-Output Functions

  • Input-Output Library Functions
  • Non-Formatted Input and Output
  • Character-Oriented Library Functions
  • Compiler, Linker, and Loader
  • Program Execution Phases
  • Formatted Library Functions
  • Mathematical Library Functions
  • Structure of a C Program
  • IDE
  • Basic Programs

Arrays

  • Arrays
  • One-Dimensional Arrays
  • Declaration of 1D Arrays
  • Initialization of 1D Arrays
  • Accessing Elements of 1D Arrays
  • Reading and Displaying Elements
  • Programs on 1D Arrays
  • Two-Dimensional Arrays
  • Declaration of 2D Arrays
  • Initialization of 2D Arrays
  • Accessing Elements of 2D Arrays
  • Reading and Displaying Elements
  • Programs on 2D Arrays
  • Three-Dimensional Arrays

Pointers

  • Understanding Memory Addresses
  • Pointer Operators
  • Pointer
  • Pointer Advantages and Disadvantages
  • Declaration of Pointer Variables
  • Initialization of Pointer Variables
  • Dereferencing / Redirecting Pointer Variables
  • Declaration versus Redirection
  • Void Pointer
  • Null Pointer
  • Compatibility
  • Array of Pointers
  • Pointer to Pointer
  • Pointer Arithmetic
  • Dynamic Memory Allocation Functions

Storage Classes

  • Object Attributes
  • Scope
  • Extent
  • Linkage
  • auto
  • static
  • extern
  • register

Structures, Unions, Enumerations and Typedef

  • Structures
  • Structure Type Declaration
  • Structure Variable Declaration
  • Initialization of Structure
  • Accessing the Members of a Structure
  • Programs Using Structures
  • Operations on Structures (Copying and Comparing Structures)
  • Nested Structures (Complex Structures)
  • Structures Containing Arrays (Complex Structures)
  • Array of Structures (Complex Structures)
  • Pointer to Structure
  • Accessing Structure Member through Pointer Using Dynamic Memory Allocation
  • Pointers within Structures
  • Self-Referential Structures
  • Passing Structures to Functions
  • Functions Returning Structures
  • Unions
  • Differences between Structures & Unions
  • Enumerated Types / enum Keyword
  • The Type Definition / typedef Keyword
  • Bit Fields

Operators and Expressions

  • Arithmetic Operators
  • Arithmetic Expressions
  • Evaluation of Expressions
  • Relational Operators
  • Logical Operators
  • Assignment Operators
  • Increment & Decrement Operators
  • Conditional Operator
  • Bitwise Operators
  • Type Casting
  • Sizeof Operator
  • Comma Operator
  • Operators Precedence and Associativity
  • Expressions
  • Evaluation of Expressions

Control Statements

  • Conditional Control Statements
  • if
  • if-else
  • Nested if-else
  • if-else-if Ladder
  • Multiple Branching Control Structure
  • switch-case
  • Loop Control Statements
  • while
  • do-while
  • for
  • Nested Loops
  • Jump Control Structures
  • break
  • continue
  • goto
  • return
  • Programs

Strings

  • String Concept
  • Introduction to Strings in C
  • Storing Strings
  • The String Delimiter
  • String Literals (String Constants)
  • Strings and Characters
  • Declaring Strings
  • Initializing Strings
  • Strings and the Assignment Operator
  • String Input Functions / Reading Strings
  • String Output Functions / Writing Strings
  • String Input-Output using fscanf() and fprintf() Functions
  • Single Character Library Functions / Character Manipulation in Strings
  • String Manipulation Library Functions
  • Programs Using Character Arrays
  • Array of Strings (2D Character Arrays)
  • Programs Using Array of Strings

Functions

  1. Functions
  2. Advantages of Using Functions
  3. Defining a Function
  4. Calling a Function
  5. Return Statement
  6. Function Prototype
  7. Basic Function Designs
  8. Programs Using Functions
  9. Scope
  10. Recursion
  11. Iteration vs Recursion
  12. Nested Functions
  13. Variable Length Number of Arguments
  14. Parameter Passing Techniques – Call by Value & Call by Address
  15. Functions Returning Pointers
  16. Pointers and One-Dimensional Arrays
  17. Pointers and Two-Dimensional Arrays
  18. Passing 1D Arrays to Functions
  19. Passing 2D Arrays to Functions
  20. Pointers and Strings
  21. Passing Strings to Functions
  22. Pointer to Function

Preprocessor Directives

  • The #include Preprocessor Directive & User Defined Header Files
  • The #define Preprocessor Directive: Symbolic Constants
  • The #define Preprocessor Directive: Macros
  • Conditional Compilation Directives
  • #if
  • #else
  • #elif
  • #endif
  • #ifdef
  • #ifndef
  • #undef
  • #error
  • #line
  • #pragma

Why LearnAI?

LearnAI is your premier destination for top-notch tech education:
Innovative Curriculum: Engage with the most current and relevant material tailored for the evolving tech landscape.
Industry Veterans: Gain insights from seasoned professionals who bring real-world experience to your learning journey.
Hands-On Learning: Develop practical skills through interactive exercises and real-world projects.
Dedicated Support: Receive personalized guidance and mentorship to help you excel.
Why LearnAI
How we differ from others

How We Differ from Others

Experience unmatched learning with LearnAI
Advanced Curriculum: Immerse yourself in a curriculum that adapts to industry advancements and prepares you for future challenges.
Top Trainers: Learn from industry leaders who provide expert knowledge and practical insights in every session.
Active Learning: Benefit from engaging, hands-on coding exercises and projects that simulate real-world scenarios.
Customized Support: Enjoy tailored feedback and support to ensure your academic and career success.
Innovative Techniques: Leverage cutting-edge teaching methods and tools to enhance your learning experience.
Career Development: Access robust career services, including job placement support and professional growth resources.

FAQs

What is C programming?

  • C is a high-level programming language known for its efficiency and control over hardware, widely used in system and application software development.

What are the main features of C programming?

  • C is praised for its simplicity, portability, efficiency, and capability for direct memory manipulation.

What are pointers in C, and why are they important?

  • Pointers are variables that store memory addresses, essential for dynamic memory management and efficient data handling.

How does C differ from C++?

  • C is a procedural language focused on functions, while C++ extends C with object-oriented features like classes and inheritance for more complex programming.

What makes LearnAI courses exceptional?

  • Our courses feature cutting-edge curricula, expert instructors, and hands-on projects that provide practical experience and real-world applicability.

How qualified are LearnAI instructors?

  • Our instructors are experienced professionals with extensive industry backgrounds, offering valuable insights and skills.

What kind of support do students receive?

  • Students benefit from personalized mentorship, detailed feedback, and extensive support throughout their learning process.

How does LearnAI support career growth?

  1. We offer career services including resume building, interview coaching, and job placement assistance to help you advance in your career.li>

What We Offer

24/7 Portal Support
24/7 Portal Access
Experience Trainers
Domain Expertise Trainers
Industrial Standard Course Structure
Job Oriented Programs
Recording Sessions
Assignments on Real time Scenarios
Job Support
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Internships
Job Assistance
Working on Real Time Projects
Course Completion Certifications

We Provide Higher Quality Services

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