Course Includes:
- Mode: Offline\Online
- Language: English\Hindi
- Certificate: Yes
- Project Certificate: Yes
Course Description
C is one of the most influential programming languages in the history of computing. C has had a profound impact on the development of many modern programming languages and operating systems. C is often referred to as a "high-level assembly language" because it combines low-level memory access with high-level constructs. This balance allows for efficient programming close to the hardware while providing expressive and portable code. C is primarily a procedural language, focusing on functions and structured programming. It doesn't have built-in support for object-oriented programming or other paradigms common in more recent languages. While C is a mature language with a rich history, it continues to have relevance and a promising future in various aspects: System Programming, Embedded Systems, Real-Time Systems, Legacy Code Maintenance, Education, Open Source Development ,Security Research, while C is not as trendy as some newer programming languages, it maintains its importance due to its efficiency, low-level capabilities, and legacy codebase. It's a valuable language for specific domains, and learning C can be a strong foundation for a career in various fields of software development and engineering.
Unlock the power of C programming, the foundation of modern software development. This introductory course will take you through the essentials of C, providing the skills and knowledge needed to write efficient and reliable code.
Week 1: Introduction to C Programming
Day 1-2: Introduction to C
- What is C?
- Setting up the development environment
- Writing and running your first C program
Day 3-4: Variables, Data Types, and Operators
- Variables and data types (int, float, char, etc.)
- Arithmetic and relational operators
- Input and output with printf and scanf
Day 5-7: Control Structures
- Conditional statements (if, else if, else)
- Loops (for, while, do-while)
- Switch-case statements
Week 2: Functions, Arrays, and Pointers
Day 1-2: Functions
- Function declaration and definition
- Passing arguments and returning values
- Function prototypes
Day 3-4: Arrays and Strings
- Declaring and initializing arrays
- Array manipulation and traversal
- Introduction to strings in C
Day 5-7: Pointers and Memory Management
- Understanding pointers and memory addresses
- Pointer arithmetic
- Dynamic memory allocation (malloc and free)
Week 3: Data Structures and File I/O
Day 1-2: Structures and Unions
- Declaring structures and unions
- Accessing members
- Nested structures and unions
Day 3-4: File I/O
- Reading and writing files using FILE pointers
- Text and binary file operations
- Error handling with file operations
Day 5-7: Preprocessor Directives and Macros
- Preprocessor directives (#include, #define, etc.)
- Creating and using macros
- Conditional compilation with #ifdef and #ifndef
Week 4: Advanced C Concepts
Day 1-2: Function Pointers and Callbacks
- Introduction to function pointers
- Using function pointers for callbacks
- Practical applications
Day 3-4: Error Handling and Debugging
- Strategies for error handling
- Debugging techniques and tools
- Handling exceptions and unexpected behavior
Day 5-7: Final Projects
4 Week Course Content
+
Week 5: C Programming Best Practices
Day 1-2: Modular Programming and Code Organization
- Splitting code into multiple source files
- Creating header files for shared code
- Managing large projects
Day 3-4: Multi-File Programs and Makefiles
- Building multi-file C programs
- Introduction to Makefiles for automated compilation
Day 5-7: Practical C Programming Challenges and Project Work
- Students work on projects that apply concepts learned in the course
- Code reviews and improvement suggestions
Week 6: Advanced C Topics
Day 1-2: C Language Advanced Concepts
- Bit manipulation in C
- Advanced pointer concepts
- Working with complex data structures
Day 3-4: Memory Management and Optimization
- Memory leaks and resource management
- Profiling and optimizing C code
Day 5-7: Final Projects
No, C is often taught as a beginner's language, and prior programming experience is not required.
A basic understanding of computer fundamentals and a development environment (IDE or text editor) are helpful but not mandatory.
The time required varies, but you can achieve a basic understanding of C in a few weeks with consistent practice.
Yes, C remains relevant, especially in system programming, embedded systems, and low-level development.
Yes, you can build software applications, games, and even operating systems using C.
C is not commonly used for web development, but it can be used for mobile app development, especially in low-level components.
You can practice by working on small projects, coding challenges, or contributing to open-source projects.
Job opportunities include software developer, embedded systems programmer, system engineer, and more.
After completing a C programming course, you can explore advanced C topics, learn other programming languages, or apply your skills to real-world projects.
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