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Premier Online C & C++ Programming with OOPs Course by Mentorshelp

Venture into the realm of programming with our comprehensive course on C and C++, two of the most foundational and widely-used programming languages in the world. These languages, particularly when combined with Object-Oriented Programming (OOP) concepts, unlock immense potential in software development, game design, system programming, and more.

With the continuous demand for skilled C and C++ developers in the tech world, having proficiency in these languages coupled with OOP principles ensures you stand out in the competitive job market.

Join Mentorshelp's unparalleled C & C++ with OOPs course and ascend in your software development journey, backed by real-world projects, a globally recognized certificate, job placement support, and consistent mentorship.

Book Your Free Class Now!

Embark on your programming journey with our 2-day free demo class. Get a taste of our elite teaching methodology, all without a dime!

Scale New Heights in Programming with Mentorshelp

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Exceptional Placement Track Record

Our track record speaks for itself. Mentorshelp alumni are thriving in top tech companies, a testament to our in-depth training and industry-aligned curriculum in C and C++ with OOPs.

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Stellar Reviews From Alumni

Our commitment to academic excellence is echoed by our students. Their success stories and accolades showcase the transformative impact of our C & C++ programming course.

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Personalized Training Modules

Every student is unique, and our teaching methodology reflects that. Dive deep into C, C++, and OOP concepts with our one-on-one mentoring sessions, tailored to your learning pace and style.

Exclusive Offer

₹12,000

Harness the power of C and C++ programming with our limited-time offer. Gain an unparalleled competitive edge in the programming world. Seats are filling up rapidly!

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Unlock your programming potential with our insightful demo class! For queries, join our free personalized workshop.

Pioneering C & C++ with OOPs Training by Mentorshelp

At the heart of countless software and systems lie C and C++ programming languages. When merged with Object-Oriented Programming (OOP) concepts, they become a powerful toolset for modern-day developers.

From creating efficient algorithms to building robust applications, mastering these skills is a ticket to a lucrative career in tech.

Enroll in Mentorshelp’s industry-leading course, navigate the intricacies of C and C++ programming, and get hands-on with OOPs. With 20+ real-world projects, an accredited certification, dedicated job support, and methodical modules, we set you on the path to tech success.

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Our Founder's Ideology on Programming Mastery

"In the symphony of programming, C and C++ are the timeless classics. Marry them with OOP concepts, and you have a magnum opus in the making."

— Abhishek Anand, Founder, Mentorshelp

Why Mentorshelp is the Pinnacle for C & C++ with OOPs Training?

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End-to-End Learning Support

From understanding basic syntax to designing intricate OOP architectures, we've got you covered. Revel in a holistic learning experience, anchored by C and C++ stalwarts.

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Insights from Industry Veterans

Learn from the best. With trainers rich in real-world development experiences, dive deep into the practical applications of C, C++, and OOPs.

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Career Growth Guaranteed

Post-course, our industry links play a pivotal role, guiding you to esteemed roles in top-tier tech firms, ensuring your skillset is richly rewarded.

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Practical Project Experience

Gain hands-on experience through real-world projects that encapsulate C and C++ programming principles with a focus on OOPs.

  • Overview of C and C++ languages
  • History and evolution
  • Key features and applications

  • Primitive data types and their usage
  • Variables, constants, and scope
  • Arithmetic, logical, and bitwise operators

  • Conditional statements (if, else, switch)
  • Looping constructs (for, while, do-while)
  • Control flow and branching

  • Array declaration and initialization
  • Multi-dimensional arrays
  • Pointer arithmetic and pointer-to-pointer

  • Function declaration and definition
  • Call by value, call by reference
  • Recursion and its applications

  • Basic principles and concepts
  • Advantages of OOP over procedural programming

  • Class declaration and access specifiers
  • Object instantiation and manipulation
  • Member functions and data members

  • Default and parameterized constructors
  • Constructor overloading and initialization lists
  • Destructors and their significance

  • Single and multiple inheritance
  • Method overriding and dynamic polymorphism
  • Abstract classes and interfaces

  • Data hiding and access specifiers
  • Abstraction and encapsulation principles
  • Implementing encapsulation in C++ classes

  • Overloading functions based on parameters
  • Operator overloading for user-defined data types
  • Rules and best practices for overloading

  • Polymorphism and dynamic binding
  • Implementing virtual functions in C++
  • Virtual base classes and their usage

  • Function templates and class templates
  • Template specialization and partial specialization
  • Generic programming and its benefits

  • Handling exceptions using try, catch, and throw
  • Exception propagation and re-throwing
  • Custom exception classes and error handling strategies

  • File I/O operations in C
  • File stream classes in C++
  • Reading and writing data to files

  • Memory management using malloc and free
  • Memory allocation operators in C++
  • Memory leaks and best practices for memory allocation

  • Containers: vectors, lists, queues, and stacks
  • Algorithms: sorting, searching, and manipulating data
  • STL iterators and their usage

    li>Introduction to threads and concurrency
  • Creating and managing threads in C++
  • Synchronization and communication between threads

  • Overview of data structures: arrays, linked lists, stacks, and queues
  • Basic algorithms: sorting, searching, and graph traversal
  • Implementing data structures in C and C++

  • Coding standards and style guidelines
  • Memory optimization techniques
  • Advanced programming concepts: smart pointers, move semantics, and lambda expressions