Resume

Robotics systems engineering where software, hardware, and real-world constraints meet.

Boston-based engineer focused on robotics software, controls and motion, autonomy, systems integration, embedded interfaces, and computer vision.

Experience

2025

PerPlant · Robotics Co-op ↗

  • Integrated ROS2 thermal/GPS field sensing in C++ and Python using OpenCV, NVIDIA Jetson, and MicroROS; redesigned a multi-camera fixture and translated farmer feedback into technical requirements.
  • Built computer-vision data-curation tooling using ROI filtering, detector embeddings, UMAP/HDBSCAN, and grouped splitting for representative annotation and evaluation batches.
2022–23

Harvard Microrobotics · Robotics Co-op ↗

  • Developed robot-operation interfaces using HTML/Flask, sockets, embedded C, and MicroROS.
  • Supported teleoperated and autonomous fleet workflows alongside planetary-gearbox design and subsystem integration.
2022

Raytheon Technologies · Innovation / Robotics Co-op

  • Drove an epoxy-automation project from a manual-process problem to a working UR5e, PLC, and Keyence vision system with modular CAD fixtures.
  • Gathered requirements across manufacturing and process stakeholders; the team estimated roughly $7M in potential ROI.
2019–21

DEKA R&D · Controls Intern

  • Built biomedical R&D test and traceability workflows spanning electrical, impact, and thermal testing, PID-controlled LabVIEW/Modbus instrumentation, and RFID/Python/SQL data capture.
  • Worked within FDA/clinical development and patient-safety constraints while supporting verification-focused engineering.

Education

Technical University of Denmark

M.Sc. Autonomous Systems · thesis defended and degree requirements completed August 2026.

Thesis: Modeling and Experimental Evaluation of a Wearable Tendon-Driven Finger Actuator for Neurorehabilitation Tasks.

University of New South Wales

Exchange studies in Computer Science · September–December 2025.

Wentworth Institute of Technology

B.S. Electromechanical Engineering, 2019–2023 · Summa Cum Laude · Dean's Award in Electromechanical Engineering.

Toolkit

Programming + systems

PythonC++Embedded CBashLinux/UbuntuGitCMake

Robotics + controls

ROS2MicroROSGazeboRViz/TF2PIDKalman/EKFTrajectory/path planning

Perception + ML

OpenCVPyTorchYOLOv8scikit-learnOpen3D/PCL

Embedded + sensing

NVIDIA JetsonESP32/STM32CANUART/SPI/I2CLiDARIMUGNSS/GPS

Build + test

DockerGitHub Actions CI/CDSOLIDWORKS (CSWA)LabVIEWInstrumentation

Selected evidence

Validated robotics research

Built a tendon-driven finger-actuation platform that completed 1,000/1,000 rigid-fixture cycles; supervised three student interns across fixture, control, vision, and sensing work.

View thesis project

Published work

IEEE SII/SICE 2024

Co-authored a Cartesian-robotics project for connector mating and automated test-data collection, with verified 0.01 mm travel precision and 0.5 g load standard deviation.

View project