01 / Home

Engineering / Design / Healthcare

Danielle Jeon

A collection of my work

I'm passionate about the intersection of engineering, design, and technology, with a particular interest in human-centered innovation. I'm driven by the idea of creating thoughtful solutions that make everyday life easier, more comfortable, and more accessible, especially in healthcare, where engineering can make a meaningful difference in people's lives.

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02 / Introduction

About Me

I'm an engineering student at the University of California, Berkeley, with a strong passion in mechanical design, CAD, and structural analysis. I enjoy taking ideas from initial concepts to functional designs, combining technical problem-solving with hands on prototyping + simulation. Through my experience with SolidWorks, finite element analysis, and engineering design projects, I've developed an appreciation for the process of creating and refining mechanical systems. I'm particularly interested in applying these skills to human-centered technologies, especially innovations that improve people's health, mobility, and quality of life.

Education: University of California, Berkeley
Location: Berkeley, California
Interests: CAD · Finite Element Analysis · Mechanical Design & Prototyping

03 / Projects

Selected works

Mechanical Design / Suspension Engineering

August 2026 – October 2026

Designed and optimized a lightweight front suspension rocker for a Formula SAE vehicle using SolidWorks and finite element analysis. Iterated geometry, mesh refinement, and material selection to balance structural integrity, manufacturability, and mass reduction.

SolidWorks · Finite Element Analysis (FEA) · Structural Analysis · CAD

Mechanical Design / Renewable Energy

January 2026 – May 2026

Designed and modeled a three-blade wind turbine and structural support tower in SolidWorks, incorporating NACA 4412 airfoil geometry, blade twist, and angle of attack to improve performance at low Reynolds numbers. Evaluated structural stiffness and prototype performance through durability testing and power measurements.

SolidWorks · CAD · Structural Analysis · Prototyping · Aerodynamics

Coming soon...

Canine Prosthetic Design and Manufacturing

Designing a custom prosthetic limb for a 68-lb canine amputee, Charlie, using 3D scanning and Autodesk Fusion, with the goal of restoring mobility on challenging hiking trails. Exploring water-resistant, low-maintenance materials and evaluating structural performance under impact loads associated with running, jumping, and uneven terrain.

In Progress

Tools / Technologies3D Scanning · SolidWorks · CAD · Structural Analysis · Material Selection

Carbon Fiber Suspension R&D

UC Berkeley Formula Racing (Formula SAE General Team)

Conducting research and development on carbon fiber suspension components for UC Berkeley Formula Racing, exploring composite material properties, structural performance, and lightweight design optimization. Investigating how carbon fiber can reduce suspension mass while maintaining the stiffness, strength, and durability required for Formula SAE racing conditions.

In Progress

Tools / TechnologiesComposite Materials · Suspension Design · CAD · Structural Analysis · Lightweighting

04 / Experience

Along the Way

Neuroscience Research Assistant
Loma Linda University
Tools / Techniques: Fusion, Cryosectioning, Staining
- Engineered a custom external casing for a Neuropixel electrode probe base and headstage using Fusion CAD, optimizing for biocompatibility, dimensional constraints, mechanical stability, and seamless integration with microelectronic components.
- Collaborated closely with neuroscientists to practice cytokine staining and advanced imaging, while also gaining hands-on experience in thermal regulation, precise sample preparation, and maintaining critical sterile conditions in over several trials.
- Performed cryosectioning and high-resolution microscopy on postnatal day 10-12 rat brain tissue to assess decay over time.
Jan 2025 – Dec 2025
Independent Researcher
Columbia University
Tools / Techniques: Onshape, Material Analysis
- Designed a modular upper extremity prosthetic socket using Onshape CAD, focusing on anatomical fit and user adaptability.
- Researched advanced biomaterials to use for replaceable socket linings through scholarly literature and biomedical sources.
- Presented findings and CAD at a virtual symposium with 300+ attendees, displaying innovation in prosthetic interface design.
Oct 2024 – Dec 2024

05 / Skills

My Skills

Engineering Skills

3D Printing
Laser Cutting
Soldering
Engineering Drawing
Tooling Design
GD&T (Geometric Dimensioning & Tolerancing)
Finite Element Analysis (FEA)
DFM (Design for Manufacturing)
DFA (Design for Assembly)
Technical Documentation

Technical Skills

SolidWorks
MATLAB
Python
AutoCAD
CATIA
Java
C/C++
HTML
CSS
Fusion
Onshape

06 / Contact

Let's Connect.

I'm always excited to meet new people, exchange ideas, and learn from different perspectives. Whether it's a coffee chat, a new adventure, or an opportunity to collaborate, I love connecting with others and hearing the stories behind their experiences. I'm constantly looking for ways to grow, strengthen my skills, and apply what I've learned to meaningful projects and new challenges.