About me

I want to build technology that makes life more possible.

I am a robotics systems engineer who likes the space between software and the physical world: embedded interfaces, sensing, controls, perception, experiments, and the people who rely on them.

Experience

Four engineering co-ops

DEKA · Raytheon · Harvard Microrobotics · PerPlant

Published work

IEEE SII/SICE 2024

Cartesian robotics for connector mating and structured test-data collection.

Education

M.Sc. Autonomous Systems

DTU · thesis defended and degree requirements completed in 2026.

Where I learned

A path through systems that have to work beyond the whiteboard.

2025

PerPlant

ROS2/OpenCV field sensing on NVIDIA Jetson, thermal imagery, GPS-linked data, and farmer needs translated into technical requirements.

2024–26

DTU Autonomous Systems

Master's work across robotics, simulation, computer vision, and a validated wearable finger-actuator thesis while supervising three student interns.

2022–23

Harvard Microrobotics

Underwater robot fleet interfaces, embedded communication, and mechanical iteration in a startup-style environment.

2019–22

DEKA + Raytheon

Regulated biomedical R&D, controls and instrumentation, plus ownership of a UR5e/PLC/vision automation system from requirements to working hardware.

How I work

I care about the details because that is where trust is built.

I usually start by asking what we cannot see yet. Sometimes that means adding a sensor, sometimes it means writing a quick analysis script, and sometimes it means getting the right people around a whiteboard. Once the real constraint is visible, the hardware and software decisions get much less mysterious.

Open to robotics engineering roles

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