M X M
Xinci Ma
Columbus, OH 43214,
646-238-2167 [email protected]
Professional Summary

As a Software Engineering Intern at Olympus Tech in New York City, I excelled in debugging and algorithm design, showcasing strong programming skills in Java, C++, and Python. Collaborating effectively with senior developers, I enhanced application functionality and efficiency, significantly contributing to project successes through innovative solutions planning and software testing.

Skills
Debugging
Algorithm design
Software testing
Solutions planning
Strong programming skills
Java
C++
Python
Git
Experience
April 2019 - July 2019 Software Engineering Intern HydraAIO | OlympusTech | New York City, NY
  • Troubleshot and resolved issues reported by end-users or teammates.
  • Developed unit tests for newly implemented features.
  • Collaborated with senior developers on various software projects.
  • Developed scripts to speed up process of completing various tasks.
  • Implemented new features and bug fixes in existing applications.
Education
May 2026 Bachelor of Science (B.S.) - Electrical and Computer Engineering Ohio State University, Columbus, OH
Language
English
Native
English
Native
Chinese (Mandarin)
Native
Chinese (Mandarin)
Native
Projects
  • RSS News Reader and Aggregator
    Developed an application that reads and processes RSS feeds to generate formatted HTML pages, providing hands-on experience with XML parsing, XMLTree handling, and HTML generation. This project built a foundation in XML processing and UI-friendly output, culminating in a multi-feed aggregator that compiled several RSS sources into an organized, central index page.
  • XMLTree Expression Evaluator
    Implemented recursive methods to evaluate arithmetic expressions represented as XMLTrees, with support for integer and NaturalNumber operations. This project honed my understanding of recursion, XML structure handling, and error management. It also emphasized precision in handling large numbers and various arithmetic operations, preparing me for complex data-processing applications.
  • Cryptographic Utilities
    Created a set of cryptographic utilities focused on number theory and modular arithmetic, including prime testing and cryptographic functions essential for RSA encryption. Through this project, I gained proficiency in mathematical algorithms, NaturalNumber operations, and the practical application of Fermat's theorem, deepening my understanding of cryptography fundamentals.