About

Introduction

I am a Mechanical Engineering & Materials Science master’s student at Yale University with a focus on hardware systems, structural analysis, and product development. My work centers on designing mechanical systems that balance performance, manufacturability, and thoughtful integration across components.

Engineering Experience

My academic and professional experiences span analytical modeling, complex mechanical builds, and applied engineering environments. Notable areas of work include:

• Design and development of actuator-driven mechanical systems

• Reverse engineering and full CAD reconstruction of existing machinery

• Finite Element Analysis (FEA) for structural validation and optimization

• Tolerance analysis and design for manufacturability

• Prototyping, assembly, and iterative testing of physical systems

• Clinical co-op within a Harvard Medical School–affiliated hospital environment

Through these experiences, I have worked across system-level architecture, detailed component design, and validation under real-world constraints.

Technical Focus

I am particularly interested in mechanical systems where structural integrity, simplicity, and precision are as critical as performance. My approach emphasizes rigorous modeling, analytical validation, and disciplined iteration to ensure that designs translate effectively from simulation to physical implementation.

I am drawn to hardware roles that require focused technical engagement, cross-functional integration, and ownership over how systems are conceived, built, and refined.

Professional Direction

As I continue developing as a hardware engineer, I aim to contribute to teams building high-performance, thoughtfully engineered products, where reliability, manufacturability, and system-level thinking are foundational.