Master the art of OOP and data structures using C++. Enroll in CS104, C105 Masterclass now and boost your coding skills!
β±οΈ Length: 8.5 total hours
β 4.25/5 rating
π₯ 72,836 students
π May 2023 update
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- Course Overview
- This masterclass offers an intensive deep dive into the synergistic relationship between Object-Oriented Programming principles and the robust implementation of fundamental Data Structures using modern C++. It transcends basic syntax, focusing on the architectural decisions and design patterns essential for developing highly efficient, scalable, and maintainable software systems from the ground up, preparing learners for complex software challenges.
- Explore advanced C++ features that are critical for professional-grade software development, moving beyond introductory concepts to encompass performance optimization, sophisticated memory management techniques, and idiomatic C++ programming practices. The curriculum emphasizes understanding the “why” behind design choices, fostering a deeper comprehension vital for real-world application.
- Gain unique insights into bridging the theoretical foundations of computer science with their tangible, practical application in solving intricate programming problems. This course is designed to cultivate strong analytical skills, encouraging participants to independently design, implement, and rigorously test their solutions for correctness and efficiency, simulating authentic development scenarios.
- Strategically position yourself for success in advanced academic endeavors and competitive programming circuits by thoroughly mastering the core principles that underpin almost all complex software. The dual focus implied by CS104 and CS105 ensures a comprehensive exploration, covering both foundational and intermediate-level concepts in a cohesive and integrated manner.
- Requirements / Prerequisites
- A foundational understanding of basic programming constructs, including variables, conditional statements (if/else), iterative loops, and basic function definitions, ideally acquired from introductory programming experience in any modern language. A curious and logical approach to problem-solving is highly beneficial.
- Reliable access to a personal computer equipped with a functional C++ development environment. This includes a recent C++ compiler (such as GCC, Clang, or MSVC) and a suitable Integrated Development Environment (IDE) like VS Code, Visual Studio, or CLion, which will be used extensively for writing, compiling, debugging, and running C++ code.
- A strong commitment to active and hands-on learning is paramount. This masterclass emphasizes practical application and requires learners to dedicate consistent time to coding exercises, project implementation, and independent problem-solving beyond the lectured content, reinforcing theoretical understanding.
- While not strictly mandatory, a basic familiarity with command-line operations (like navigating directories or executing programs) can be advantageous, particularly for managing project files and understanding compiler interactions, though detailed setup guidance will be provided.
- Skills Covered / Tools Used
- Advanced C++ Language Constructs: Master sophisticated C++ features including move semantics for efficient resource management, smart pointers (like
std::unique_ptr,std::shared_ptr) to prevent memory leaks, custom operator overloading, and lambda expressions for concise functional programming paradigms. - Object-Oriented Design Principles: Implement and analyze advanced OOP concepts such as various design patterns (e.g., simplified Factory, Adapter, Strategy patterns), effective utilization of virtual functions for robust polymorphic behavior, and strategic management of complex class hierarchies through inheritance versus composition.
- Custom Data Structure Implementation: Gain invaluable hands-on experience in building a wide array of complex data structures from their fundamental components, including advanced tree structures (like balanced binary search trees, B-trees overview), hash tables with diverse collision resolution strategies, and intricate graph representations with associated traversal algorithms.
- Performance Analysis and Debugging: Develop critical skills in profiling C++ code to pinpoint and resolve performance bottlenecks, employing advanced debugging techniques using tools like GDB or integrated IDE debuggers, and mastering the art of writing highly efficient, resource-aware C++ code with optimal time and space complexity.
- Modern C++ Standard Library (STL) Mastery: While focusing on building custom structures, you will also achieve deep proficiency in effectively leveraging the powerful components of the STL, such as various containers (
std::vector,std::list,std::map,std::set), algorithms, and iterators, understanding their underlying mechanics and performance characteristics for optimal usage. - Version Control System Integration: Incorporate fundamental version control practices using Git into your daily development workflow, which is crucial for tracking code changes, collaborating effectively in team environments, and managing different project versions professionally.
- Advanced C++ Language Constructs: Master sophisticated C++ features including move semantics for efficient resource management, smart pointers (like
- Benefits / Outcomes
- Elevated Software Engineering Aptitude: Transform from a basic programmer to a proficient software engineer capable of architecting, implementing, and meticulously debugging complex applications, with a strong emphasis on achieving superior performance, scalability, and long-term maintainability, thus honing critical design thinking.
- Competitive Interview Readiness: Arm yourself with the comprehensive knowledge and practical, problem-solving techniques frequently evaluated in technical interviews for highly sought-after software development positions at leading technology companies, particularly mastering data structures and algorithms questions.
- Robust Problem-Solving Frameworks: Cultivate a systematic and analytical approach to deconstruct challenging computational problems into manageable sub-problems, judiciously selecting the most appropriate data structures and algorithms, and then crafting elegant, efficient, and thoroughly tested C++ solutions.
- Confidence in Complex C++ Projects: Build the self-assurance and technical acumen necessary to successfully undertake and complete challenging programming projects, whether they originate in academic research, personal initiatives, or demanding professional roles, by deeply understanding memory management, concurrency basics, and advanced language features in C++.
- Foundation for Specialized Development: Establish a solid, indispensable groundwork for future specialization in highly demanding fields such as game development, high-performance computing, embedded systems programming, or operating system design, where an exhaustive grasp of C++ and efficient data handling are absolutely paramount.
- PROS
- Comprehensive Skill Set Development: Offers a meticulously designed curriculum that masterfully bridges theoretical computer science concepts with practical, hands-on C++ implementation, fostering a holistic and deeply integrated understanding of advanced software development principles and best practices.
- Instructor Expertise & Peer Learning Opportunities: Benefits significantly from experienced instruction, providing invaluable insights and guidance, alongside a potentially active student community that facilitates collaborative problem-solving and exposure to diverse coding perspectives.
- Practical, Real-World Relevance: Emphasizes practical application and adherence to industry best practices, effectively preparing learners not just for academic assessments but crucially for real-world software engineering roles and the development of complex, functional projects.
- Demonstrated Value and Efficacy: With a high student enrollment count and a strong average rating, the course exhibits proven value and widespread efficacy, indicating a well-received, highly beneficial, and reliable learning experience for a broad spectrum of learners.
- Up-to-Date Content: The May 2023 update guarantees that the course material incorporates current C++ standards, libraries, and modern software development methodologies, ensuring that learners are equipped with the most relevant and cutting-edge industry knowledge.
- CONS
- Demanding Learning Curve: Requires a substantial investment of time, consistent self-discipline, and dedicated practice to fully grasp and apply the intricate concepts of advanced C++ programming and complex data structures, which can pose a significant challenge for some learners, particularly those new to such depth.
Learning Tracks: English,Development,Software Engineering
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