CV

Teaching Assistant @ Bucknell

Algorithm Design & Analysis (CSCI311)

Responsibilities

• Facilitated the understanding of complex algorithmic concepts for a class of 21 students during TA office hours, fostering a strong foundation in algorithm design and analysis.
• Guided students through problem sets, emphasizing mathematical and algorithmic thinking, aiding in the development of skills necessary for software engineering.
• Graded and provided detailed, individualized feedback on homework problem sets, using a data-driven approach to demonstrate a significant correlation between homework scores and exam performance.

Research Assistant @ Bucknell

Responsibilities

• Enhanced a data pipeline for post-processing deep learning model outputs, successfully calculated ejection fraction (EF) and global longitudinal strain (GLS) from echocardiograms in a Python (NumPy, PyTorch, etc.) multi-GPU Linux environment.
• Analyzed echocardiographic data from 1065 patients, achieving a correlation of r=0.54 for EF estimation, demonstrated the effectiveness of the convolutional model in large-scale clinical applications.
• I created a poster for this as well. The code, which is admittedly messy, unorganized, and not up the standard I would ever, ever push to any production system, can be found here on my github.

Physics I Study Group Facilitator @ Bucknell

Responsibilities

• Developed students’ mastery of introductory physics concepts to help them succeed in their course
• Fostered students’ ability to ask questions and collaborate amongst peers effectively

React Developer Intern @ Antra

Responsibilities

• Created aesthetic and intuitive user interfaces with efficient, reusable, and maintainable modern 16.8+ React functional components using built-in hooks and writing custom hooks with ES6 JavaScript and Typescript.
• Integrated popular industry-used JavaScript libraries such as Redux for global state management, Axios for data fetching, Zod for runtime data validation, and TanStack/React Query for asynchronous state management.
• Created unit tests using Jest with React Testing Library, end to end tests using playwright, and utilized Git version control, conducted brief code reviews addressing reusability and maintainability of code.

Modeling and Simulation Engineer Intern @ SAIC

Responsibilities

• Optimized cost and performance in space debris remediation mission simulations for US Space Force following MDAO methodology via Ansys ModelCenter, Ansys STK, and internal MATLAB codebase.
• Utilized auxiliary Python scripting to query space-track.org API for Two Line Element (TLE) tracking space objects, transformed and saved data into SQLite3 database for use in primary MATLAB simulation code.
• Managed tasks with Agile Kanban and Jira, documented on Confluence and collaborated with project team members and project leads in office and via Microsoft Teams.
• Presented all results in sprint demos and final presentation to key military personnel, exceeding stakeholder expectations.

Calculus II and III Tutor @ Bucknell

Responsibilities

• Encouraged autodidacticism and inquisitiveness of students to approach problems from different angles
• Helped students to understand course material at their own individual conceptual level

React Developer Intern @ Antra

Responsibilities

• Created aesthetic and intuitive user interfaces with efficient, reusable, and maintainable modern 16.8+ React functional components using built-in hooks and writing custom hooks with ES6 JavaScript and Typescript.
• Integrated popular industry-used JavaScript libraries such as Redux for global state management, Axios for data fetching, Zod for runtime data validation, and TanStack/React Query for asynchronous state management.
• Created unit tests using Jest with React Testing Library, end to end tests using playwright, and utilized Git version control, conducted brief code reviews addressing reusability and maintainability of code.

Modeling and Simulation Engineer Intern @ SAIC

Responsibilities

• Optimized cost and performance in space debris remediation mission simulations for US Space Force following MDAO methodology via Ansys ModelCenter, Ansys STK, and internal MATLAB codebase.
• Utilized auxiliary Python scripting to query space-track.org API for Two Line Element (TLE) tracking space objects, transformed and saved data into SQLite3 database for use in primary MATLAB simulation code.
• Managed tasks with Agile Kanban and Jira, documented on Confluence and collaborated with project team members and project leads in office and via Microsoft Teams.
• Presented all results in sprint demos and final presentation to key military personnel, exceeding stakeholder expectations.

Research Assistant @ Bucknell

Responsibilities

• Enhanced a data pipeline for post-processing deep learning model outputs, successfully calculated ejection fraction (EF) and global longitudinal strain (GLS) from echocardiograms in a Python (NumPy, PyTorch, etc.) multi-GPU Linux environment.
• Analyzed echocardiographic data from 1065 patients, achieving a correlation of r=0.54 for EF estimation, demonstrated the effectiveness of the convolutional model in large-scale clinical applications.
• I created a poster for this as well. The code, which is admittedly messy, unorganized, and not up the standard I would ever, ever push to any production system, can be found here on my github.

Calculus II and III Tutor @ Bucknell

Responsibilities

• Encouraged autodidacticism and inquisitiveness of students to approach problems from different angles
• Helped students to understand course material at their own individual conceptual level

Physics I Study Group Facilitator @ Bucknell

Responsibilities

• Developed students’ mastery of introductory physics concepts to help them succeed in their course
• Fostered students’ ability to ask questions and collaborate amongst peers effectively