Shishir Adhikari
Computer Science Undergraduate | Software Developer | Game Developer
Contact: 682-344-8720 | shishiradhikari2058@gmail.com | Wichita Falls, TX
Computer Science Undergraduate | Software Developer | Game Developer
Contact: 682-344-8720 | shishiradhikari2058@gmail.com | Wichita Falls, TX
I am a passionate Computer Science student with a strong interest in software development, artificial intelligence, and game design. With a background in algorithmic problem-solving and system development, I constantly seek innovative ways to bridge the gap between technology and real-world challenges. My journey has been fueled by a deep curiosity for emerging technologies and a commitment to continuous learning.
Pursuing a Bachelor’s degree in Computer Science at Midwestern State University, Texas, where I focus on software development, AI, and research-driven projects. Previously, I attended Dallas College, Irving, Texas, where I built a strong programming foundation. My academic journey also includes experience at Norwich University, Vermont, where I explored advanced computing concepts.
Developed “Escape the Game,” a 2D platformer for Game Jam 2024. Engineered game physics, implemented interactive mechanics, and optimized level design using GameMaker Studio. Managed asset handling with JSON for structured game resource management, ensuring a seamless and engaging user experience.
Provided hands-on training in Java, Python, and HTML, guiding students through data structures, OOP principles, and algorithmic problem-solving. Designed interactive exercises, mentored students in debugging techniques, and conducted mock coding interviews to prepare them for technical assessments.
Conducted extensive data collection and demographic analysis for the Nepal Census 2021. Ensured accuracy and compliance in statistical reporting, synchronized collected data into national databases, and maintained strict confidentiality while analyzing socioeconomic patterns.
Designed a C++ lottery simulation leveraging arrays, vectors, and sorting algorithms for an interactive user experience. Applied OOP principles to ensure modularity and maintainability, while implementing robust error handling for enhanced usability.