Nokib Hossain

Detail-oriented Computer Science student at Boise State University, eagerly seeking a Summer 2025 internship to further my expertise in software development, data analytics, and statistics. Proficient in Java, Python, and R, with a proven track record of applying data-driven solutions to real-world challenges. I am keen to leverage my technical skills and analytical abilities in a dynamic and innovative tech environment, contributing effectively to cutting-edge projects and team success.

● Data Structures

        ○ Grade : A

● Software Engineering with C

      ○ Grade : A

● Computer Security

      ○ Grade : A-

● Computer Science II

      ○ Grade : A

● Full Stack Web development

     ○ Grade : A

● Computer Science I

      ○ Grade : A

● Navigating Computer Systems

      ○ Grade : A

● Intro to version control

      ○ Grade : A

● International Student Association

○ President 

2024 - Present

● Music Club 

○ Perform: Guitar, Piano, Vocals.

2023 - Present

Webpage Caching Simulator
Developer, Boise State University - CS321 Fall 2024
Designed and implemented a cache simulation for web content to test various caching strategies. Developed a custom cache system and webpage generator in Java, simulating access patterns to measure and optimize cache performance under different conditions. The project enhanced understanding of system efficiency, reducing load times by up to 60% under optimal conditions.

• Utilized Java for simulation with focus on performance testing under variable access loads.
• Analyzed system performance results to optimize cache handling, significantly reducing data retrieval times.

Stardew Valley Task Manager
Developer, Boise State University - CS321 Fall 2024
Developed a Java-based task management simulator inspired by the game Stardew Valley. Implemented a dynamic task generation system using priority queues to manage daily tasks based on user-defined parameters and game-like mechanics. Key challenges included integrating a generic MaxHeap with customized constructors and handling unexpected game events that affect task progression.

• Achieved seamless integration of complex data structures to simulate real-time task prioritization.
• Applied theoretical concepts from computer science to a practical, engaging project.

Experiments with Hashing
Developer, Boise State University - CS321 Fall 2024
Engaged in a detailed analysis and implementation of linear probing and double hashing techniques within Java's Hashtable class. Explored the impact of various load factors on collision handling and performance, conducting experiments that illustrated the efficiency differences between the two hashing methods.

• Utilized Java for implementing hashing mechanisms, enhancing knowledge in data structure optimization.
• Conducted performance comparisons under different load scenarios, presenting findings that contribute to best practices in hashing.
• Demonstrated the ability to adapt theoretical knowledge into practical software development scenarios, significantly improving data management strategies.

CircuitTracer
Developer, Boise State University - CS 221 Spring 2024
Engineered a Java application to identify the shortest path for connecting components on a circuit board. Implemented a brute-force search algorithm utilizing both stack and queue structures to manage search states, enhancing the flexibility and efficiency of pathfinding operations.

• Spearheaded the development of critical components, including input parsing, state management, and pathfinding logic.
• Conducted thorough testing to ensure robustness against various input scenarios and operational edge cases.
• Demonstrated proficiency in algorithm optimization and data structure application, leading to a deeper understanding of computational efficiency.