Knowledge and Understanding: Students will acquire a solid foundation in fundamental data structures, tools, and programming methodologies essential for developing technical and scientific applications. They will also gain an understanding of key algorithms and their implementation in C++.
Ability to Apply Knowledge: Students will be able to design, develop, and implement simple C++ programs using appropriate data structures and known algorithms. They will apply computational techniques to solve problems in technical and scientific domains.
Critical Thinking and Judgment Skills: Through practical assignments and problem-solving activities, students will develop the ability to evaluate different algorithmic approaches, choose the most suitable data structures, and assess the efficiency of their implementations. Group work and peer discussions will foster analytical thinking and collaborative problem-solving skills.
Communication Skills: Students will learn to articulate programming concepts clearly, using appropriate technical terminology. They will be able to document their code effectively and communicate their design choices in both written and oral formats.
Ability to Continue Studying Independently: By mastering foundational programming principles and methodologies, students will be equipped with the skills necessary to explore advanced topics in computer science autonomously. They will be prepared to extend their knowledge through further study and self-directed learning.
