Namratha Anil

Exceptional and innovative recent graduate, born with a sharp mind for critical analysis and algorithmic innovation, enabling rapid mastery of any software, programming language, or technical challenge. Driven to contribute fresh ideas and technical expertise to solve challenges, optimize workflows, and deliver impactful results. A forward-thinker with a passion for innovation and continuous improvement.

Object Trading Platform(Java): Designed and developed an object trading platform software in Java as a second year team project.

• Created a user-friendly graphical interface using Java Swing for seamless user interaction.
• Developed and integrated custom algorithms to match users with potential trades based on item attributes, user preferences, and past transaction behavior.
• Documented technical details, including architecture diagrams, code explanations, and user manuals, for efficient onboarding and maintenance.

Flappy Bird Game(MIPS): Designed and implemented a functional Flappy Bird game in MIPS assembly language as a project.

• Developed user-controlled bird mechanics, including jump and gravity functionality, by managing registers and conditional logic to simulate realistic movement.
• Implemented collision detection between the bird and obstacles using precise boundary checks and efficient branching instructions.
• Managed memory allocation for game assets like the bird and pipes, ensuring efficient use of limited resources available in MIPS assembly.
• Created a visually engaging game interface by rendering graphics using ASCII characters and MIPS system calls.

Statistical Machine Learning Project (R code): Designed and implemented a machine learning pipeline in R to construct and evaluate polynomial regression models.

• Processed and structured datasets provided in Excel format, consisting of training and test data with scalar input and noisy output.
• Implemented polynomial regression models using R, estimating parameters for each polynomial degree.
• Selected the optimal model degree by balancing training and test error to maximize generalization performance.

Custom Shell Terminal (C): Designed and implemented a custom terminal in C, providing functionality for parsing, processing, and executing user-input commands in a simulated shell environment.

• Implemented a dynamic argument substitution system, allowing placeholders in command templates to be replaced with user-supplied arguments.
• Developed functionality to execute commands using fork() and execvp() system calls, enabling the shell to spawn child processes for running standard Unix commands (e.g., ls, echo, cat).
• Parsed multi-argument inputs and ensured commands could handle variable-length arguments by dynamically allocating memory for strings and processing input correctly.

• School House Captain
• District Level Chess - Best Player
• District Level Squash - Best Player
• International Award for Young People (IAYP) - Bronze, Silver
• Trinity College of London Theory of Music - Distinction
• Academic Proficiency Award - 2015, 2016, 2017
• Several Gold Medals in Swimming
• President of Model United Nations- Special Political and Decolonization Committee
• Chair of Model United Nations UN Women