Advanced C Programming Course

Master Advanced C Programming concepts including pointers, dynamic memory, data structures, file handling, and system-level programming. Build high-performance applications.

Duration 2 Months (70 Hours)

Mode Live Online / Offline

1,100+ Students

170+ Partners

83% Placement

Fresher / Entry Level

₹3.5 - 5.5 LPA

0-2 years experience

Junior C Programmer
Embedded Trainee

⭐ Most Common

Mid Level

₹6 - 12 LPA

2-5 years experience

C/C++ Developer
Embedded Engineer

Senior / Expert Level

₹14 - 30+ LPA

5+ years experience

Senior System Architect
Principal Engineer

C Developer

Embedded Systems Engineer

System Programmer

Firmware Engineer

Software Engineer

Linux Kernel Developer

C Programming

Pointers

Dynamic Memory

Data Structures

File Handling

Algorithms

System Programming

Process Management

GDB Debugger

Linux

Module 1: C Programming Refresher

C Language Overview - History, Features
Data Types, Variables, Constants
Operators - Arithmetic, Logical, Bitwise, Ternary
Control Flow - if-else, switch, loops
Functions - Declaration, Definition, Recursion
Arrays - 1D, 2D, Multi-dimensional
Strings - Character Arrays, String Functions
Storage Classes - auto, register, static, extern

Module 2: Pointers Deep Dive

Introduction to Pointers - Address-of, Dereference
Pointer Arithmetic
Pointers and Arrays
Pointers and Strings
Pointers to Functions
Pointer to Pointer (Double Pointers)
Void Pointers & NULL Pointers
Dangling Pointers & Memory Leaks
Wild Pointers & Smart Pointers Concept
Function Pointers - Callbacks

Module 3: Dynamic Memory Management

Stack vs Heap Memory
malloc() - Memory Allocation
calloc() - Contiguous Allocation
realloc() - Resizing Memory
free() - Deallocating Memory
Dynamic Arrays using Pointers
Memory Leak Detection Techniques
Memory Allocation for Structures
Dynamic Memory Best Practices

Module 4: Structures & Unions Advanced

Structure Declaration & Definition
Inline Functions
Accessing Structure Members
setjmp() and longjmp() - Non-local Jumps
Array of Structures
Variable Length Arrays (VLA)
Complex Numbers in C
Nested Structures
Generic Programming with _Generic
Pointers to Structures
Atomic Operations
Structure Padding & Packing
typedef for Structures
Restrict Keyword
Design Patterns in C
Unions - Declaration, Accessing Members
Structures vs Unions - Differences
Bit Fields in Structures

Module 5: File Handling Advanced

File I/O Basics - fopen, fclose
File Modes - r, w, a, r+, w+, a+
Character I/O - fgetc, fputc
String I/O - fgets, fputs
Formatted I/O - fprintf, fscanf
Binary File I/O - fread, fwrite
Random Access - fseek, ftell, rewind
Error Handling in File Operations
Working with CSV Files
File Compression Concepts

Module 6: Preprocessor Directives

#include - Header File Inclusion
#define - Macros with/without Arguments
Macro vs Function - Differences
#undef - Undefining Macros
Conditional Compilation - #if, #ifdef, #ifndef, #else, #endif
#error - Generating Compilation Errors
#pragma - Compiler Specific Directives
Predefined Macros - __DATE__, __TIME__, __LINE__
Variadic Macros

Module 7: Data Structures Implementation

Stack Implementation - Array-based, Linked List-based
Queue Implementation - Linear, Circular
Singly Linked List - Create, Insert, Delete, Traverse
Doubly Linked List
Circular Linked List
Binary Tree - Representation, Traversal
Binary Search Tree (BST) - Insert, Delete, Search
AVL Tree - Self-balancing Tree
Hash Table - Collision Handling
Graph - Adjacency Matrix, Adjacency List

Module 8: Algorithms & Sorting

Bubble Sort - Implementation & Complexity
Selection Sort
Insertion Sort
Merge Sort - Divide & Conquer
Quick Sort - Pivot Selection
Heap Sort
Binary Search - Iterative & Recursive
Linear Search vs Binary Search
Time & Space Complexity Analysis
Recursion vs Iteration

Module 9: System Programming

Command Line Arguments - argc, argv
Environment Variables
Process Management - fork(), exec(), wait()
Inter-Process Communication (IPC)
Pipes - Anonymous & Named
Signals - Signal Handling
Shared Memory
Message Queues
Socket Programming Basics
Threads - pthread_create, pthread_join

Module 10: Debugging & Optimization

Types of Errors - Compile-time, Runtime, Logical
GDB Debugger - Breakpoints, Watchpoints
Valgrind - Memory Leak Detection
Code Optimization Techniques
Profiling Tools - gprof
Compiler Optimization Flags
assert() for Debugging
Static Analysis Tools - Lint, Splint

Module 11: Advanced Topics

Module 12: Projects & Capstone

Project 1: Student Management System
Project 2: Library Management System
Project 3: Banking System using File Handling
Project 4: Contact Management using Linked List
Project 5: Mini Shell Implementation
Capstone Project - Complete Application

Expert Trainers

Learn from industry professionals with 12+ years of C programming experience

Hands-on Projects

Work on 6+ real-time system-level programming projects

Industry Certification

Get globally recognized Advanced C certification

100% Placement Support

Tie-ups with 170+ companies for C development roles

Resume Building

Professional resume & portfolio with C projects

Mock Interviews

Regular mock interviews with detailed feedback

Banking Management System

Build a complete banking system with account management, transactions, and file-based data persistence.

C File Handling Structures Dynamic Memory

Contact Management System

Create a contact management application using linked lists with add, delete, search, and save/load features.

C Linked List Pointers File I/O

Mini Shell Implementation

Implement a custom Unix shell with command execution, piping, and background process handling.

C Process Management fork() exec() pipes

Placement Support Includes:

Resume & LinkedIn Profile Building
Aptitude & Technical Training
Mock Interviews with Industry Experts
Soft Skills & Communication Training

Our Hiring Partners:

500+ Hiring Partners
Unlimited Interview Opportunities
Job Portal Access
Life-long Placement Support

What are the prerequisites for Advanced C course?

Basic knowledge of C programming is required. You should know variables, loops, functions, and arrays.

What is the duration of the course?

The course duration is 2 months (70 hours) with flexible batch timings.

Will I learn data structures and algorithms?

Yes, the course covers implementation of data structures and sorting/searching algorithms in C.

What projects will I build?

You will build 6+ projects including Banking System, Contact Management, and Mini Shell.

Is placement assistance provided?

Yes, we provide 100% placement assistance with 170+ hiring partners.

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