C Programming: Basic to Advance
Course Curriculum
- Introduction to C programming language
- Brief history and evolution of C programming language
- Characteristics of C programming language
- Basic structure of a C program
- Benefits of learning C programming language
- Setting up the development environment
- Installing and configuring a C compiler (such as GCC)
- Setting up an Integrated Development Environment (IDE) for C programming
- Writing your first C program
- Creating a new C program file
- Basic syntax and structure of a C program
- Outputting text to the console using printf() function
- Compiling and executing C programs
- Compilation process of a C program
- Using command-line tools to compile and execute C programs
- Debugging techniques for C programs
- Understanding the syntax of C programming language
- Data types in C programming language
- Variables and constants
- Keywords and identifiers
- Operators in C programming language
- Precedence and associativity of operators
- Writing basic C programs
- Structure of a C program
- Writing comments in a C program
- Creating and using variables
- Writing expressions and statements
- Using conditional statements in a program
- Displaying output using print()
- Using the printf() function to display output
- Formatting output with print()
- Specifying the width and precision of the output
- Using conversion characters with print()
- Using escape sequences to format output
- Understanding escape sequences in C programming language
- Using escape sequences to format output
- Using the newline escape sequence
- Using the tab escape sequence
- Using the backslash escape sequence
- Using the carriage return escape sequence
- Adding comments to C code
- Importance of comments in code
- Single-line and multi-line comments
- Best practices for writing comments
- Declaring variables and data types in C
- Introduction to variables and data types in C
- Declaration of variables and assigning values
- Numeric data types (int, float, double, etc.)
- Character data type (char)
- Boolean data type (_Bool)
- Working with constants in C
- Introduction to constants in C
- Declaration and initialization of constants
- Using constants in C programs
- Difference between constants and variables
- Understanding the scope of variables in C
- Introduction to variable scope in C
- Local and global variables
- Block scope and function scope
- Lifetime of variables in C programs
- Arithmetic operators in C
- Addition, subtraction, multiplication, division, and modulus operators
- Examples of using arithmetic operators in C
- Logical operators in C
- AND, OR, and NOT operators
- Combining logical operators in complex expressions
- Examples of using logical operators in C
- Order of operations in C
- Understanding the order in which operators are evaluated in C expressions
- Examples of using the order of operations in C
- Boolean data types in C
- Understanding the Boolean data type in C
- Using Boolean variables and expressions in C
- Examples of working with Boolean data types in C
- Using Conditional Statements
- Introduction to Conditional Statements
- The If Statement
- The If-Else Statement
- Nested If-Else Statements
- Comparison Operators and Logical Operators
- Using Boolean Expressions in Conditional Statements
- Understanding the Switch Statement
- Introduction to Switch Statement
- Syntax of Switch Statement
- Comparison with If-Else Statement
- Rules for Switch Statement
- Using Default and Break Statements
- Using Break and Continue Statements in Loops
- Introduction to Loops in C
- The While Loop
- The Do-While Loop
- The For Loop
- Using Break Statement to Terminate a Loop
- Using Continue Statement to Skip an Iteration
- Introduction to Loops & Using while loops in C
- Syntax and Examples
- While loop control flow
- Looping with user input
- Using for loops in C
- Syntax and Examples
- For loop control flow
- Looping with user input
- Understanding loop termination conditions
- Using logical expressions as termination conditions
- Using break statement to exit loops early
- Nesting loops in C
- Using nested for loops
- Using nested while loops
- Looping patterns with nested loops.
- Understanding arrays in C
- Declaring and initializing arrays
- Accessing and modifying array elements
- Array indexing in C
- Creating and using one-dimensional arrays
- Creating and using multi-dimensional arrays
- Using strings in C
- Declaring and initializing strings
- String functions in C
- Concatenating and copying strings in C
- Comparing strings in C
- Using strings in arrays
- Accepting user input using scanf()
- Reading input from the user
- Formatting input with scanf()
- Using scanf() with data types in C
- Understanding memory addresses in C
- Pointers in C
- Using the & and * operators
- Pointer arithmetic in C
- Memory allocation and deallocation in C
- Passing pointers as arguments to functions
- Declaration, definition, and calling of functions in C
- Syntax of function declaration and definition
- Naming conventions for functions
- Function prototypes and their role
- Calling a function from within another function
- Passing arguments to functions in C
- Understanding function parameters and arguments
- Types of function parameters (value, reference, and output)
- Passing parameters by value and reference
- Using pointers as function parameters
- Using recursion in C
- Understanding recursion and its importance in programming
- Syntax of recursive functions
- Building recursive algorithms
- Recursive vs iterative approach
- Working with math functions in C
-
- Built-in math functions in C
- Including math library in C programs
- Commonly used math functions such as sqrt(), pow(), abs(), etc.
- Implementing custom math functions
By the end of the course, you will be able to comprehend and understand computer systems’ architecture, as well as their internal workings (such as memory management and allocation) and build Applications with confidence.
C++ Programming: Basic to Advance
- Introduction to C++
- What is C++ Programming
- History of C++ and its features
- Setting up a C++ development environment
- Downloading and installing an IDE (Integrated Development Environment)
- Configuring the IDE for C++ programming
- Setting up a C++ compiler
- Basic syntax, output, and comments in C++
- C++ program structure
- Data types in C++
- Variables, constants, and identifiers in C++
- Basic input/output in C++
- Comments in C++ and their importance
- Writing and running a simple C++ program.
- Declaring and initializing variables
- Introduction to variables in C++
- Declaring variables in C++
- Initializing variables in C++
- Rules for naming variables in C++
- Best practices for declaring and initializing variables in C++
- Data types in C++ (int, float, double, char, bool)
- Overview of data types in C++
- Integer data types: int, short, long, and long long
- Floating-point data types: float and double
- Character data type: char
- Boolean data type: bool
- Typecasting in C++
- Constants and their usage in C++
- Introduction to constants in C++
- Declaring and defining constants in C++
- Rules for naming constants in C++
- Using constants in mathematical expressions
- Best practices for using constants in C++ programs
- Arithmetic, relational, and logical operators in C++
- Basic arithmetic operators (+, -, *, /, %)
- Relational operators (<, >, <=, >=, ==, !=)
- Logical operators (&&, ||, !)
- Operator precedence and associativity
- Using parentheses to group expressions
- Boolean data type and its usage
- Understanding the bool data type
- Declaring and initializing boolean variables
- Using boolean variables in conditional statements and loops
- Converting other data types to boolean values
- Creating and using references in C++
- Understanding the concept of references
- Declaring reference variables
- Initializing reference variables
- Using references to manipulate variables
- Passing variables by reference to functions
- If…else statements and their usage
- Syntax and structure of if…else statements
- Nested if…else statements
- Using if…else to create branching logic in programs
- Switch statements and their usage
- Syntax and structure of switch statements
- Case statements and their usage
- Default statements and their usage
- Comparing switch statements with if…else statements
- While loops and their usage
- Syntax and structure of while loops
- Using while loops to repeat code while a condition is true
- Differences between while and do…while loops
- For loops and their usage
- Syntax and structure of for loops
- Using for loops to iterate over arrays and other data structures
- Differences between for and while loops
- Break and continue statements in loops:
- Using break and continue to modify loop behavior
- Examples of using break and continue in practical programs.
- Declaring and Initializing Arrays in C++
- Understanding array data structure
- Declaring and initializing one-dimensional arrays
- Declaring and initializing multidimensional arrays
- Accessing and modifying array elements
- Using Arrays for Different Purposes (sorting, searching, etc.)
- Sorting arrays (bubble sort, selection sort, insertion sort)
- Searching arrays (linear search, binary search)
- Using arrays in algorithms (dynamic programming, backtracking)
- Declaring and Initializing Strings in C++
- Understanding string data type
- Declaring and initializing strings
- String concatenation
- String comparison and manipulation
- Working with Strings (concatenation, substring, etc.)
- Appending and removing characters from strings
- Finding and replacing substrings
- Converting strings to other data types
- Reading user input in C++
- Using
`cin`to read input from the console - Reading input of different data types using
`cin` - Handling incorrect input using
`cin.fail()`
- Using
- Working with memory addresses in C++
- Understanding memory allocation and deallocation
- The address-of operator (
`&`) and the dereference operator (`*`) - Using
`new`and`delete`for dynamic memory allocation and deallocation
- Creating and using pointers in C++
- Declaring and initializing pointers
- Understanding pointer variables and pointer types
- Using pointers to access and modify variables
- Pointer arithmetic and arrays
- Understanding the relationship between pointers and arrays
- Pointer arithmetic for iterating over arrays
- Working with multidimensional arrays using pointers
- Declaring and defining functions in C++
- Function prototypes
- Function definitions
- Return types
- Function naming conventions
- Using parameters in functions
- Passing parameters by value
- Passing parameters by reference
- Default parameter values
- Overloading functions in C++
- Function overloading basics
- Overloading functions with different parameter types
- Overloading functions with different parameter counts
- Recursive functions and their usage
- What is recursion
- How to write recursive functions
- Recursive vs iterative approaches
- Examples of recursive functions
- Introduction to OOPs concepts
- What is OOP?
- Features of OOP
- Advantages of OOP
- Classes and objects
- Abstraction
- Encapsulation
- Inheritance
- Polymorphism
- Difference between OOP and procedural programming
- Creating and using classes and objects in C++
- Defining a class
- Accessing class members
- Using objects of a class
- Accessing class members using the dot operator
- Accessing class members using the arrow operator
- Constructors and their usage
- What is a constructor?
- Types of constructors
- Default constructor
- Parameterized constructor
- Copy constructor
- Constructor overloading
- Access specifiers (public, private, and protected)
- What are access specifiers?
- Public access specifier
- Private access specifier
- Protected access specifier
- Difference between public, private, and protected access specifiers
- Encapsulation and inheritance in C++
- What is encapsulation?
- How to achieve encapsulation in C++?
- What is inheritance?
- Types of inheritance
- polymorphism in C++
- What is polymorphism?
- Types of polymorphism
- Virtual functions
- Abstract classes
- Working with files and exceptions in C++
- Handling files in C++ (reading, writing, and appending)
- Opening and closing files
- File modes
- Exceptions handling in C++
- try-catch block
- Throwing exceptions
By the end of this course, you will have gained a solid understanding of C++ programming and be equipped with the skills to create your own programs, develop your problem-solving abilities, and take on new programming challenges. Whether you are a beginner or already have some programming experience, this course will provide you with a solid foundation in C++ programming.
Why Samantus Web Training Institute?
Comprehensive curriculum: Offer a unique and comprehensive curriculum that covers the latest trends and technologies in the field, which can help students stay ahead of the curve and be prepared for the job market.
Experienced instructors: Have experienced and knowledgeable instructors who provide personalized attention and support to students. This can create a supportive and engaging learning environment that helps students stay motivated and achieve their goals.
Hands-on training: Provide practical, hands-on training opportunities that allow students to apply their knowledge and skills in real-world situations. This can help students gain confidence and build a strong foundation for their careers.
Industry certifications: Offer industry certifications that are recognized and valued by employers. These certifications can help students demonstrate their skills and knowledge to potential employers and improve their job prospects.
Job placement assistance: Provide job placement assistance, such as resume building, interview preparation, and networking opportunities. This can help students connect with potential employers and land their dream job.
How C and C++ Programming Courses can be beneficial for your career growth?
Learning C and C++ programming languages can be beneficial for you for the following reasons:
-
Industry Demand: C and C++ are widely used programming languages in the industry, especially in system-level programming, game development, and embedded systems. Thus, having a strong foundation in these languages can increase your job prospects and career opportunities.
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System Programming: C and C++ are low-level programming languages that allow for system-level programmings, such as operating systems, device drivers, and network programming. Understanding these languages can help you develop efficient and effective system-level programs.
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Game Development: C++ is a popular language for game development, with many game engines such as Unreal Engine and Unity using C++. Learning C++ can help you create your own games or work in the gaming industry.
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Performance: C and C++ are known for their high performance due to their ability to work with low-level hardware resources. Therefore, these languages are ideal for applications where speed and efficiency are crucial.
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Cross-Platform Development: C and C++ are portable languages, meaning that the code can be written once and run on multiple platforms. This is essential for developing software for different operating systems.
-
Strong Foundation: Learning C and C++ can provide a strong foundation for learning other programming languages, as many other languages are influenced by C and C++.
In summary, learning C and C++ programming languages can provide a strong foundation for a career in the technology industry, enhance your programming skills, and enable you to develop efficient and effective system-level programs.
General Frequently Asked Questions (FAQs) about the course
Samantus Web Training Institute offers a range of courses in Digital Marketing which includes Digital Marketing Pro and Digital Marketing Pro Plus. We have individual courses in Digital Marketing like Web Designing (CMS), Search Engine Optimization (SEO), Google Ads (PPC) & Social Media Marketing (SMM). Apart from this, we have coding or programming courses which include Full Stack Web Development, C & C+ Programming, Java Programming, Node.js, Python, Python (Django Framework), MySQL and MySQL Server. At Samantus, you will also get ranges of Computer Courses which include Basic Computer Courses, Advance Computer Courses, Excel Masterclasses, Tally, Graphic Designing and Video Editing courses.
Our instructors are experienced professionals with a passion for teaching. They have a strong track record of success in their respective fields and are dedicated to helping students achieve their goals.
The duration of our courses varies depending on the program. Some courses are designed to be completed in a few weeks, while others may take several months.
Yes, our institute is accredited by recognized bodies in the industry. Our courses are designed to meet industry standards and prepare students for the job market.
Yes, we provide job placement assistance to our students. We have established relationships with many companies in the industry and can help connect students with potential employers.
The class size varies depending on the course. We keep our class sizes small to ensure that each student receives personalized attention and support from the instructor.
The cost of our courses varies depending on the program. We offer competitive pricing and payment plans to make our courses affordable for all.
Yes, we offer both online and in-person courses to accommodate students’ preferences and schedules.
There are no prerequisites for our courses as we have designed the courses in such an easy and understandable manner that even someone at a beginner level can understand and excel in their career growth path and overall development.
To enroll in a course, you can visit our website and complete the registration form. Our admissions team will get in touch with you to discuss the course details and answer any questions you may have.
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