Aryan Tyagi

Computer Science undergraduate skilled in C++, Python, and Java with a keen interest in mastering any object-oriented language. Experienced in collaborative projects, emphasizing team dynamics and knowledge sharing. Actively troubleshoots, assesses risks, and tests systems, supported by strong communication and planning skills

• Student Game Developer Association at UTD

• Dungeons and Dragons Club at UTD

• Magic the Gathering Club at UTD

Probability and Statistics, Computer Architecture, Data Structures and Algorithms, Coding Classes (in C++ and Java)

Mining Adventure

• Utilizing the Unity engine and C#, designed a mining gamer where a player is able to dig down and collect ores all while avoiding enemies. The game uses object oriented programming and classes to clearly show code. Additionally, uses real life physics mechanics such as knock back and fluid movements to create a more immersive experience.

Graphs 

• Developed a Java program for analyzing drivers routes. Key features included graph creation and management, file I/O for processing galaxy maps and pilot routes, and output generation. Implemented algorithms to validate patrol routes based on graph structure, with results sorted by path weight and validity

Business Transactions

• Designed and implemented an object-oriented program in C++ to manage and track business transactions across multiple entities. Utilized advanced programming concepts including classes for structured data representation and pointers for efficient data access and manipulation.

Satellite Data

• Developed an embedded C++ program simulating satellite operations. The software reads and processes satellite telemetry from a pseudo-input channel stream, and upon specific requests, conducts summary analyses and communicates results to a ground station channel stream. This project emulates real satellite systems, referencing AMSAT's designs.

Banking Operations

• Created a banking program, which uses C++ to facilitate essential operations. The system proficiently allowed users to open and close accounts and seamlessly execute monetary transactions such as deposits and withdrawals using classes, emphasizing robustness and security.