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C++ Course

Master C++ Programming and Data Structures

Build comprehensive C++ programming expertise while mastering modern software development strategies. This comprehensive course combines C++ fundamentals with advanced programming concepts, preparing you for real-world software development challenges and industry certifications. Learn to build efficient applications, design algorithms, and develop software solutions required for C++ professional roles.

What You Will Learn:

  • C++ Fundamentals: Understand the core concepts of C++ programming, including syntax, variables, data types, operators, and control structures. Learn object-oriented programming principles and modern C++ features like C++11, C++14, C++17, and C++20.
  • Data Structures and Algorithms: Master essential data structures including arrays, linked lists, stacks, queues, trees, graphs, and hash tables. Implement efficient algorithms for sorting, searching, and graph traversal with optimal time and space complexity analysis.
  • Object-Oriented Programming: Gain proficiency in classes, objects, inheritance, polymorphism, encapsulation, and abstraction. Learn advanced OOP concepts like virtual functions, operator overloading, and design patterns for robust software architecture.
  • Memory Management and Performance: Learn dynamic memory allocation, pointers, references, and smart pointers. Master memory optimization techniques, RAII principles, and performance tuning for high-performance applications.
  • STL and Modern C++: Explore the Standard Template Library (STL) including containers, iterators, algorithms, and function objects. Get hands-on experience with modern C++ features like lambda expressions, auto keyword, range-based loops, and multithreading.
  • Advanced Programming Concepts: Dive into template programming, exception handling, file I/O operations, and debugging techniques. Use advanced C++ features for generic programming and creating reusable, maintainable code.
  • C++ Project Portfolio: Apply your skills in real-world scenarios with hands-on C++ projects. Develop a comprehensive capstone project that showcases your mastery of C++ programming practices.

Why Choose This Course:

  • Expert Instruction: Learn from certified C++ professionals and software development experts who bring real-world experience and current programming knowledge to the classroom.
  • Hands-On Coding Labs: Engage in interactive programming exercises and practical coding scenarios that reinforce your learning and provide practical C++ programming experience.
  • Flexible Learning: Study at your own pace with lifetime access to all course materials, including video lectures, coding labs, and downloadable resources.
  • Comprehensive C++ Curriculum: Cover all essential aspects of C++ programming, from basic syntax to advanced programming techniques, ensuring a well-rounded understanding of software development.
  • Programming Community: Benefit from a supportive learning environment with access to the course forum, where you can discuss C++ topics, share insights, and collaborate with fellow C++ programming enthusiasts.
Ideal For:
  • Beginners with no prior programming experience looking to start a career in software development or systems programming.
  • IT professionals who want to transition into C++ development and learn advanced programming concepts and data structures.
  • Software developers seeking to enhance their skills in modern C++ features, performance optimization, or competitive programming techniques.
Enroll Today:
  • Take the first step towards mastering C++ programming. Enroll now and start your journey to becoming a skilled C++ developer!

This comprehensive C++ programming course will provide you with the knowledge and hands-on experience needed to build efficient software applications for various platforms. Join thousands of students who have successfully launched their C++ careers with our expert-led training program.

Curriculum

Overview of C++ and its applications30:25🔒
Setting up the development environment (IDE setup, compiler installation)25:40🔒
Understanding C++ syntax and structure20:15🔒
Writing and running your first C++ program20:15🔒

Variables and data types (int, float, double, char, bool)35:15🔒
Basic operations (arithmetic, comparison, logical)28:40🔒
Type casting and conversions22:30🔒

Conditional statements (if, else, switch)30:25🔒
Looping constructs (for, while, do-while)25:40🔒
Nested loops and conditional statements20:15🔒
Handling errors and exceptions20:15🔒

Defining and calling functions30:25🔒
Function arguments and return values25:40🔒
Function overloading and default arguments35:30🔒
Inline functions and recursion32:15🔒
Understanding scope and lifetime of variables28:45🔒

Working with arrays (single-dimensional, multi-dimensional)45:30🔒
Array operations (sorting, searching)38:20🔒
String handling and manipulation (using std::string and C-style strings)42:15🔒
String functions and methods35:45🔒

Introduction to OOP concepts (classes, objects)42:30🔒
Defining and using classes and objects38:45🔒
Constructors and destructors35:20🔒
Inheritance and polymorphism28:15🔒

Introduction to templates50:20🔒
Function templates and class templates35:45🔒
Template specialization and metaprogramming42:30🔒

Dynamic memory allocation (new, delete)50:20🔒
Understanding pointers and references35:45🔒
Memory management issues (memory leaks, dangling pointers)42:30🔒

Reading from and writing to files (text and binary)50:20🔒
File streams and buffer handling35:45🔒
Error handling in file operations42:30🔒

History and evolution of C++25:30🔒
Overview of C++ programming: Syntax, compilation process30:45🔒

Data types and variables: Integers, floats, characters, booleans35:45🔒
Operators and expressions: Arithmetic, relational, logical, bitwise operators25:20🔒
Control flow: If-else statements, switch-case, loops (for, while, do-while)32:30🔒

Arrays: Definition, initialization, multi-dimensional arrays35:20🔒
Pointers: Introduction to pointers, pointer arithmetic, pointers and arrays40:15🔒
Dynamic memory allocation: new and delete operators, dynamic arrays32:45🔒
References: Reference variables, pass-by-reference vs. pass-by-value32:45🔒

C++ strings: Character arrays, C++ string class, string manipulation38:30🔒
Basic input/output: cin, cout, formatting output, file I/O basics32:15🔒
Working with files: Reading and writing files using fstream, handling file errors32:15🔒

Introduction to OOP: Classes, objects, and encapsulation32:15🔒
Constructors and destructors: Initialization, constructor overloading, memory management28:40🔒
Inheritance: Base and derived classes, types of inheritance, access specifiers35:20🔒
Polymorphism: Function overloading, operator overloading, virtual functions41:30🔒

Abstract classes and interfaces: Pure virtual functions, abstract base classes45:30🔒
Multiple inheritance: Benefits and challenges, virtual inheritance38:25🔒
Composition and aggregation: Object composition, member objects, the "has-a" relationship42:15🔒
The "this" pointer: Using "this" in member functions, returning the current object42:15🔒

Function templates: Defining and using function templates, type deduction35:15🔒
Class templates: Defining and using class templates, template specialization28:30🔒
STL (Standard Template Library): Overview of containers, iterators, and algorithms32:45🔒
Advanced STL: Custom allocators, iterator adaptors, functors, lambda expressions41:20🔒

Introduction to exceptions: The try, catch, throw mechanism39:45🔒
Creating custom exceptions: Deriving from the std::exception class42:20🔒
Exception safety: RAII (Resource Acquisition Is Initialization), stack unwinding48:35🔒
Best practices for error handling: Exception specifications, noexcept keyword44:10🔒

Dynamic memory management: Manual memory management, pitfalls of manual memory handling45:25🔒
Smart pointers: std::unique_ptr, std::shared_ptr, std::weak_ptr38:15🔒
Custom deleters and reference counting: Managing resources with smart pointers52:50🔒

Introduction to multithreading: Threads, processes, and concurrency42:30🔒
C++11 threading: std::thread, thread creation, joining, and detaching55:15🔒
Synchronization: Mutexes, locks, condition variables, atomic operations38:40🔒

Advanced data structures: Linked lists, trees, graphs, hash tables51:20🔒
Sorting and searching algorithms: Quick sort, merge sort, binary search, depth-first and breadth-first search43:35🔒
Advanced algorithms: Dynamic programming, graph algorithms (Dijkstra, A*, etc.)39:15🔒
Algorithm optimization: Time complexity, space complexity, profiling32:45🔒

Overview of modern C++: New features in C++11, C++14, C++17, and C++2051:20🔒
Move semantics and rvalue references: Perfect forwarding, move constructors43:35🔒
Advanced lambda expressions: Capture clauses, generic lambdas39:15🔒
Concepts and ranges (C++20): Type constraints, range-based algorithms32:45🔒
Price
From

$99.99

Courses Title
Web Development
Lessons
16 Videos
Language
English
Course Level
Beginner
Reviews
4.7(5.5k)
Quizzes
08
Duration
7 Weeks
Students
2.5k
Certifications
Yes
Pass Percentage
88%
Deadline
01 Jun, 2024
Instructor
Denial Lie
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FAQs

The duration is of 2 months for recorded & 3 months for live.

Yes at the end of the course completion you will get certificates.

ABCPanda team will arrange a doubt clearance session accordingly.

Yes for recorded sessions access duration 1 year. Live session access duration 2 years.

No our mentors will teach from basic. If you have experience, it would add an advantage.