Course Description
This intermediate-level Computer Science course provides a thorough understanding of all major abstract data structures using the object-oriented programming paradigm in C++. Building upon basic data structures and object-oriented principles covered in previous courses, this course dives into more complex data structures and their implementations.
What Students Will Learn
- Implementation of complex data structures.
- Application of object-oriented paradigms to data structures.
- Mapping of abstract data types to the Standard Template Library (STL) in C++.
Prerequisites or Skills Necessary
To be successful in this course, students should already have knowledge of object-oriented programming and basic data structures as covered in prior foundational courses.
Course Coverage
- Review of Object-Oriented Programming and Standard Template Library (STL) in C++.
- Understanding and implementation of Stacks, Queues, and Lists.
- Detailed study and application of Trees and Graphs.
Who This Course Is For
- Students with a foundational understanding of programming looking to deepen their knowledge in data structures.
- Aspiring software developers and engineers who wish to excel in backend systems and complex software infrastructure.
- Learners interested in preparing for advanced studies in computer science or software engineering.
Real-World Application of Skills
Skills acquired from this course are quintessential for designing efficient software that manages and processes data effectively. Whether working on commercial software systems, managing large-scale data in enterprise environments, or contributing to cutting-edge technological innovations, the understanding of data structures is critical.
Course Syllabus
- Programming Basics
- Object-Oriented Programming
- Foundations of Data Structures
- Algorithms