C++

Client-Server System Architecture: Designed and implemented a comprehensive client-server system that handles real-time communication between client requests and server responses. The project required optimizing the interaction speed to ensure the server could process requests efficiently while maintaining system stability. This involved implementing proper error handling, managing concurrent connections, and ensuring that server-side processes remained responsive under load. The experience provided deep insights into system-level programming and the critical importance of performance optimization in networked applications.

Data Structures Implementation & Teaching: As a CSCE 221 Teaching Assistant, mastered the implementation of fundamental data structures from scratch, including complex structures like balanced trees and hash tables. This required not only technical proficiency but also the ability to explain intricate concepts like pointer manipulation, memory allocation patterns, and algorithmic complexity to students. The teaching experience reinforced understanding of C++'s memory model and helped develop expertise in debugging and problem-solving techniques that are essential for system-level programming.

Multi-Threading Integration: Explored multi-threading concepts within C++ applications, understanding how concurrent execution can dramatically improve performance in system applications. This knowledge forms the foundation for future implementation of parallel processing in more complex applications, demonstrating recognition of C++'s capability for high-performance computing applications.