Briana Hill

Motivated and detail-oriented 4thyears Computer Science student seeking opportunities in full-stake interface and software development. Eager to apply technical skills, collaborate on innovative projects, and contribute to the advancement of software solutions. Passionate about learning and implementing the latest technologies in a dynamic and challenging environment. A dynamic team player with excellent interpersonal skills.

LEGO Mindstorms EV3 (Jan-Mar 2020)

• Provided MATLAB experience, precise instruction following, and creative design process.
• Applied MATLAB skills to develop intricate algorithms and control systems for the LEGO Mindstorms EV3 project, enhancing its functionality and responsiveness.
• Utilized problem-solving skills to troubleshoot and debug issues in the LEGO Mindstorms EV3 project, ensuring the successful resolution of technical challenges and maintaining project integrity
• Collaborated with a multidisciplinary team to integrate diverse perspectives and expertise into the LEGO Mindstorms EV3 project, fostering a dynamic and cooperative work environment.

Singly Linked Lists Project (Aug-Dec 23)

• Implemented dynamic data structure using Singly Linked Lists, showcasing expertise in memory management and pointer manipulation.
• Developed efficient insertion, deletion, and traversal operations, demonstrating a strong grasp of fundamental linked list operations.
• Ensured optimal performance and handled edge cases, reflecting attention to detail and thorough testing.

DLL project (Aug-Dec23)

• Designed and implemented a dynamic data structure using Doubly Linked Lists, showcasing proficiency in managing bidirectional links and pointer manipulation.
• Developed functions for seamless insertion, deletion, and traversal operations, underscoring a strong understanding of DLL operations.
• Ensured efficient handling of edge cases and optimized performance, demonstrating meticulous attention to detail and rigorous testing.
• Integrated the understanding of DLL into practical applications, showcasing adaptability.

Hash Tables Project (Aug-Dec 23)

• Designed and implemented a dynamic hash table with efficient hashing and collision resolution.
• Developed functions for seamless key-value pair operations, emphasizing versatility.
• Ensured scalability for varying data loads, optimizing overall performance.
• Integrated the hash table into practical applications, showcasing adaptability.
• Documented the project comprehensively, highlighting design choices and algorithmic approaches.

Circular Double-Ended Queue Project (Aug-Dec 23)

• Engineered a versatile circular double-ended queue, proficiently implementing bidirectional enqueue and dequeue operations.
• Integrated the structure into diverse applications, emphasizing adaptability.
• Conducted comprehensive testing for correctness and efficiency validation.
• Documented project insights, including design principles and algorithmic choices.

AVL Trees Project (Aug-Dec 23):

• Designed and implemented an AVL tree, demonstrating expertise in balanced binary search tree structures.
• Developed efficient algorithms for insertion, deletion, and balancing operations, ensuring optimal performance.
• Conducted rigorous testing to validate the AVL tree's adherence to balance and search property requirements.
• Integrated the AVL tree into practical applications, showcasing its utility in maintaining balanced and efficient data structures.
• Documented the project comprehensively, providing clear insights into design principles, algorithmic choices, and practical applications of AVL trees.

Personal Project (June 2022 – Current)

• Developed a dynamic personal web page and digital library from the ground up, showcasing proficiency in HTML, CSS, and Java to create a visually appealing and interactive online presence.
• Integrated creative and personalized features into the web page to reflect my unique style and personality, creating a distinctive online identity.
• https://github.com/b1rhill2/diglib.git