Hi, I’m Eyan 👋

I’m a Mechanical Engineer obsessed with solving high-stakes, highly-technical problems. I’m specialized in advanced manufacturing, electromechanical systems, and designing around multi-physical constraints.

My background includes leading hardware R&D for a particle accelerator prototype at LBNL, as well as various mechatronics and simulation projects at UC Berkeley. Currently, I’m lending my skills to designing autoclaves and process systems at ASC. I focus on creating clean, highly readable designs and moving complex projects securely through the release process.

Below are some examples of my previous independant or school-related work:

PyroBot Fire Suppression System

An autonomous turret for fire detection and water-based suppression in hazardous environments using embedded systems (C++), Arduino, and DFMA principles.

Embedded Systems • DFMA • CAD

Gyroid Measurement Experiment

An experiment testing 3D-printed structures engineered for maximum energy absorption. Utilized experimental design (DOE) and statistical modeling in MATLAB to validate performance.

Design of Experiments • Statistical Modeling • FDM

Inchworm-Inspired Robot Feasibility Study

Design project for a two-link robotic climber with plug-and-play assembly and MATLAB-based motion planning and kinematics for complex environments.

Motion Planning • Simulation • Mechatronics

FEM Scaling and Optimization

A series of coding projects implementing Finite-Element Methods in 1-and-2D mechanical systems.

Finite Elements • Digital Twinning • MATLAB