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C Programming Course for Advanced Learners

Deepen your C programming expertise by exploring specialized techniques and gaining skills for developing high-performance, efficient software and systems.

5.0 Rating Advanced Course 12 Weeks

About this Course

In this advanced C programming course, you’ll explore complex topics like multi-threading, concurrency, and low-level memory management. Designed for those with prior C experience, this course covers specialized techniques essential for systems programming, embedded development, and performance-critical applications. By mastering these advanced skills, you’ll be prepared to handle large-scale software projects, optimize applications, and ensure efficient resource management.

Course Objective

To develop expert-level proficiency in C programming by covering advanced concepts, practical problem-solving, and a comprehensive final project focusing on multi-threading, advanced data structures, and concurrency.

Skills you'll gain

Work with Data Types Implement Loops & Conditions Operate on Strings Manage Dynamic Memory Optimize System Resources Advanced Memory Management Multi-Threading & Concurrency Mastering Complex Data Structures

Syllabus

  • Course Overview and Installation
  • Basic Syntax and Program Structure
  • Data Types and Variables
  • Operators
  • Basic Control Structures
Practice Task: Create a basic calculator using arithmetic operators.

  • Looping Constructs
  • Arrays in C
  • Functions in C
  • Basics of Pointers
  • Working with Strings
Practice Task: Write a program to manipulate strings, like counting vowels or reversing a string.

  • Structs and Enums
  • File Handling Basics
  • Dynamic Memory Allocation
  • Error Handling and Debugging
  • Review and Preparation for Final Project
Practice Task: Write a program that reads and writes data to a file.

Final Project: Complete a project applying skills from Weeks 1-3.
  • Project Work (Days 1-3)
  • Project Refinement (Day 4)
  • Project Presentation and Wrap-Up (Day 5)

  • In-depth Study of Pointers
  • Dynamic Memory Allocation (`malloc`, `calloc`, `free`)
  • Preventing Memory Leaks
  • Memory Error Handling
Practice Task: Write a program that dynamically allocates memory for an array and manipulates it using pointers.

  • File Reading and Writing
  • File Pointers and Modes
  • Error Handling in File Operations
  • Best Practices for File Management
Practice Task: Create a program to read data from a file, process it, and save the results in a new file.

  • Linked Lists
  • Stacks and Queues
  • Using Pointers in Data Structures
  • Efficient Memory Usage with Data Structures
Practice Task: Implement a linked list and perform operations like insertion, deletion, and traversal.

Final Project: Build a comprehensive project that integrates concepts from Weeks 5–7.
  • Project Development (Days 1-3)
  • Code Optimization and Debugging (Day 4)
  • Project Presentation and Wrap-Up (Day 5)

  • Trees (Binary Trees, Binary Search Trees)
  • Graphs (Basic Graph Theory, Graph Traversal Techniques)
  • Linked Lists (Singly and Doubly Linked Lists)
  • Hashing and Hash Tables
Practice Task: Implement a basic file indexing system using hash tables for fast data retrieval.

  • Memory Management Techniques
  • Stack vs. Heap Memory
  • Advanced Dynamic Memory Allocation
  • Memory Leaks and Optimization
Practice Task: Write a program to manage dynamic memory for an array and optimize it for performance.

  • Introduction to Multi-Threading in C
  • Concurrency, Synchronization, and Mutexes
  • Thread Safety and Deadlocks
  • Optimizing Applications with Multi-Threading
Practice Task: Create a program that simulates a producer-consumer problem using threads.

Final Project: Apply the concepts learned throughout the course in a comprehensive project.
  • Project Work (Days 1-3)
  • Project Refinement and Testing (Day 4)
  • Project Presentation and Course Wrap-Up (Day 5)

About the Instructor

Sakthi Jayavel

Co-Director & Instructor

4.98 Instructor rating

80 Students

Sakthi Jayavel, is the Co-Director and Lead Instructor at Savvy Axis. With a strong foundation in programming and a passion for teaching, she is dedicated to nurturing the next generation of tech professionals. Her expertise lies in simplifying intricate concepts, making programming approachable and enjoyable for learners. Driven by her commitment to excellence, Sakthi strives to equip students with practical skills that bridge the gap between theory and real-world applications. She is excited to support you on your journey to mastering programming essentials.

Fee ₹ 3999

₹ 2999

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Duration

12 Weeks

Class Time

1.5 Hours

Enrolled

300 students

Language

English / Tamil

Skill Level

Advanced

Schedule

Monday to Friday

Certificate

Yes

SoftSkill Trainning

Free

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