C Programming Mastery
Master the fundamentals of coding with our C programming course, built for beginners and aspiring developers. Whether you're starting from scratch or brushing up on your basics, this C programming language course will help you learn C programming through hands-on projects and expert guidance.
Level : Intermediate
Duration :90 hrs
Rating : 4.9/5
Language : C
Activate this Course for :
₹ 2999
2999
Activate this Course for :
₹ 3999
3999
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C Programming Mastery Course Overview
Understand the structure and syntax of the C programming language
Learn how to write functions, use loops, arrays, pointers, and memory management
Explore real-time examples and complete practical assignments
Get guided projects to apply your learning
Receive certification upon completion of this C program course
C Programming Mastery Course Includes
Certification After completing the courses
We Provides 24/7 Dedicated Forum Support
Accessing to AI tools to enhance coding skills
C Programming Mastery Course Contents
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1.1.History and features of C
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1.2.Structure of a C program
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1.3.Compiling and executing a C program
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1.4.IDE and setup
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1.1.History and features of C
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1.2.Structure of a C program
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1.3.Compiling and executing a C program
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1.4.IDE and setup
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2.1.Basic data types
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2.2.Constants, literals
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2.3.Variable declaration and initialization
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2.4.Type modifiers
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2.1.Basic data types
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2.2.Constants, literals
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2.3.Variable declaration and initialization
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2.4.Type modifiers
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3.1.Arithmetic, relational, logical, assignment, bitwise
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3.2.Increment/decrement
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3.3.Operator precedence and associativity
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3.1.Arithmetic, relational, logical, assignment, bitwise
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3.2.Increment/decrement
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3.3.Operator precedence and associativity
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4.1.If, if-else, nested if
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4.2.Switch-case
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4.3.Loops: for, while, do-while
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4.4.Break, continue, goto
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4.1.If, if-else, nested if
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4.2.Switch-case
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4.3.Loops: for, while, do-while
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4.4.Break, continue, goto
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5.1.Defining and calling functions
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5.2.Function arguments and return types
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5.3.Recursion
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5.4.Scope and storage classes
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5.1.Defining and calling functions
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5.2.Function arguments and return types
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5.3.Recursion
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5.4.Scope and storage classes
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6.1.Single and multi-dimensional arrays
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6.2.Initialization and memory layout
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6.3.Array operations and limitations
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6.1.Single and multi-dimensional arrays
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6.2.Initialization and memory layout
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6.3.Array operations and limitations
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7.1.String literals and character arrays
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7.2.String handling functions (strlen, strcpy, etc.)
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7.3.Common pitfalls
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7.1.String literals and character arrays
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7.2.String handling functions (strlen, strcpy, etc.)
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7.3.Common pitfalls
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8.1.Pointer basics, pointer arithmetic
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8.2.Pointer to pointer
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8.3.NULL and dangling pointers
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8.1.Pointer basics, pointer arithmetic
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8.2.Pointer to pointer
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8.3.NULL and dangling pointers
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9.1.malloc, calloc, realloc, free
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9.2.Memory leaks and best practices
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9.1.malloc, calloc, realloc, free
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9.2.Memory leaks and best practices
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10.1.Defining structures, nested structures
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10.2.Accessing members via pointer
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10.3.Unions vs structures
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10.1.Defining structures, nested structures
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10.2.Accessing members via pointer
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10.3.Unions vs structures
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11.1.fopen, fclose, fread, fwrite
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11.2.File modes and error handling
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11.3.Text vs binary files
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11.1.fopen, fclose, fread, fwrite
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11.2.File modes and error handling
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11.3.Text vs binary files
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12.1.#define, #include, #ifdef, #ifndef
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12.2.Macros with and without arguments
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12.3.Header file creation
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12.1.#define, #include, #ifdef, #ifndef
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12.2.Macros with and without arguments
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12.3.Header file creation
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13.1.AND, OR, XOR, NOT, bit shifts
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13.2.Masking and toggling bits
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13.1.AND, OR, XOR, NOT, bit shifts
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13.2.Masking and toggling bits
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14.1.argc and argv usage
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14.2.Passing arguments to main
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14.3.Parsing CLI inputs
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14.1.argc and argv usage
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14.2.Passing arguments to main
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14.3.Parsing CLI inputs
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15.1.Using gdb
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15.2.Creating and using makefiles
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15.3.Basic profiling tools
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15.1.Using gdb
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15.2.Creating and using makefiles
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15.3.Basic profiling tools
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16.1.Combining concepts into a project
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16.2.Code organization and modularity
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16.3.Documentation and review
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16.1.Combining concepts into a project
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16.2.Code organization and modularity
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16.3.Documentation and review
Benefits
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We maintain a personalized profile for each user, tracking their learning progress, performance in coding problems, and achievements,It also includes a record of completed contests, certifications earned, and coding skills developed etc
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