Master the art of OOP and data structures using C++. Enroll in CS104, C105 Masterclass now and boost your coding skills!
What you will learn
Discover the principles of Data Structures and Object-Oriented Programming in C++.
Gain a comprehensive understanding of the language’s syntax and semantics.
Learn the fundamentals of algorithms and how they are applied in C++.
Understand the principles of data abstraction, inheritance, and polymorphism
Build strong foundation for developing efficient and reliable software applications.
Explore the differences between various data structures, such as arrays, linked lists, stacks, and queues.
Develop a sound understanding of memory management in C++.
Build algorithms that allow for efficient processing of data.
Understand the concept of recursion and how to implement it in C++.
Learn how to write and implement classes in C++.
Master the principles of encapsulation and data hiding.
Understand the power of inheritance and its application in OOP.
Create and implement abstract data types.
Develop programs that use advanced data structures such as trees and graphs.
Gain a deep understanding of pointers and dynamic memory allocation in C++.
Learn how to use templates to build generic classes and functions.
Understand the principles of operator overloading in C++.
Master the principles of exception handling in C++.
Explore the principles of file input and output in C++.
Build programs that use advanced algorithms such as sorting and searching.
Create programs that use data structures and algorithms to solve real-world problems.
Learn how to test and debug C++ programs effectively.
Understand the principles of software engineering and how they apply to C++.
Develop programs that interact with users through a graphical user interface.
Understand the principles of multi-threaded programming in C++.
Gain an appreciation for the role of C++ in modern software development.
Learn how to build software that is efficient, scalable, and maintainable.
Understand the principles of software design and how to apply them in C++.
Develop the skills to work with large and complex codebases.
Learn how to build software that is both functional and elegant.
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- Harness C++’s raw power: Master C++ for bare-metal performance and fine-grained resource control, vital for systems and high-performance computing.
- Architect robust, scalable solutions: Design maintainable, efficient software applying OOP principles to real-world architectural challenges.
- Master algorithmic thinking: Translate complex problems into elegant, optimized C++ code, selecting appropriate data structures and algorithms.
- Demystify advanced memory: Understand pointers, references, RAII, and smart pointers for memory safety and preventing common C++ pitfalls.
- Forge a competitive edge: Develop problem-solving proficiency highly valued in competitive programming, game development, embedded systems, and FinTech.
- Embrace modern C++ best practices: Write idiomatic, clean, efficient C++ code using contemporary standards, move semantics, and lambda functions.
- Build sophisticated data pipelines: Design and implement complex custom data structures from scratch, optimized for specific performance requirements.
- Navigate concurrency: Explore multi-threading and synchronization primitives, building responsive parallel applications while avoiding race conditions.
- Develop ‘systems-level’ intuition: Understand C++’s interaction with OS and hardware, appreciating low-level mechanics driving high-level performance.
- Craft reusable, generic code: Leverage templates and advanced features for flexible, type-safe C++ code, adaptable across data types.
- Prepare for technical interviews: Solidify core CS fundamentals, data structures, and algorithms, gaining practical C++ skills for coding challenges.
- Transition from ‘coder’ to ‘engineer’: Shift perspective to encompass software design, maintainability, and scalability, thinking like a professional C++ engineer.
- PROS:
- Comprehensive Depth: Unparalleled deep dive into C++, covering advanced topics essential for proficient development.
- Industry Relevance: Prepares for high-demand roles in performance-critical domains, with highly valued skills.
- Foundational Skill Building: Strong foundation in CS fundamentals (data structures, algorithms, OOP) using a powerful systems language.
- Practical Application: Emphasizes hands-on coding, translating theoretical knowledge into efficient applications.
- Cultivates Best Practices: Instills disciplined coding habits, promoting modern C++ idioms, efficient resource management, and robust error handling.
- CONS:
- High Intensity: Extensive curriculum and advanced topics demand significant time, effort, and commitment, potentially overwhelming casual learners.
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