Resume

Education

B.S. Computer Science | GPA 3.862 | Expected Jun 2028

No Degree | GPA 3.75

Relevant Coursework:
- Computer Science 1: Problem Solving and Program Design using C++
- Computer Science 2: Introduction to Data Structures (C++)

High School Diploma | GPA 4.5

Relevant Coursework:
- AP Computer Science A
- AP Computer Science Principles
- AP Calculus AB
- AP Calculus BC

June 2025 - Present

Developed real-time robotic control system to move UFactory xArm and UR3e arms with Meta Quest VR hand tracking
Integrated MQTT pose streaming from the Quest to control robot movement
Designed smooth Cartesian velocity and position control to ensure smooth and accurate responses

June 2023 - August 2023

Collaborated with software engineers to create robust pipeline for ensuring safety and security in code
Collaborated with three interns to present innovative strategy for use of AI and won AI innnovation award

August 2024 - Present

Designed and developed a Django-based website to remotely control a robotic boat
Used agile development process to achieve goals efficiently

August 2020 - June 2024

Collaborated with team members to design, build, and program several robots
Applied programming concepts to control robots using Java
Led setup and troubleshooting of the robot as lead technician
Cooperated with another driver to operate the robot in competitions, winning a regional competition, a World Championships division Championship, and reaching World Championship finals
Won Excellence in Engineering Award and Entrepreneurship Award

March 2023 - January 2024

Taught students from 6 to 18 to code in various languages and frameworks including Python, JavaScript, C#, Java, C++, CSS, HTML, Scratch, and Unity
Engaged students with interesting programming projects to foster creativity and problem-solving skills.
Led summer and winter Camps of up to 15 students on topics like scratch, robotics, and animation

Developed a Python-based baseball simulator with Flask web interface
Processed game outcomes using CSV data with real player statistics from Baseball Reference.
Implemented probability-based calculations for batting outcomes (single, walk, out, etc.) based on player's stats and managerial decisions (e.g. pulling a pitcher)
Designed understandable and interactive UI using HTML, CSS, and JavaScript, allowing users to easily simulate games or seasons and view results.
Generated detailed game and season results for team analysis.
Published site using Render.

Built and extension to integrate Cal Poly’s professor review platform into class selection
Implemented real-time data fetching and displayed data cleanly using JavaScript, HTML, and CSS

Created a Chrome extension that allows users to speed up or slow down videos with custom button clicks.
Implemented JavaScript to modify video playback speed dynamically