farm-ng

Computer Vision Engineer
Jan 2022 – present

  • Planning and development of robotics and computer vision software for autonomy of electric micro tractors
  • Lead embedded system firmware development and testing for safety critical vehicle control using CAN protocols
  • Foster an active opensource community through API development and management of community support

Amiga SDK Website)

NASA Jet Propulsion Laboratory

Robotics Intern – DARPA SubT Challenge, Drone Team
Jul 2021 - Sep 2021
Team CoSTAR

  • Hardware/software integration, simulation, and field testing of UAVs for underground search and rescue missions
  • Integration and tuning of deep learning-based object detection and positioning pipeline for subterranean UAVs

Software Intern – Robotic Perception Systems
May 2021 – Jul 2021

  • Continuation of previous work with Artificial Intelligence, Observation Planning & Analysis group

Software Intern – Artificial Intelligence, Observation Planning & Analysis
Jan 2021 – Apr 2021

  • Train and evaluate deep learning models for semantic segmentation and object detection in maritime environments
  • Build key components of the image processing pipeline for multi-agent visual terrain relative navigation

Software Intern – Innovation to Flight (i2F)
Jun 2020 – Aug 2020

  • Led the design, development, sensor integration, and testing of an autonomous model lunar terraforming rover
  • Prototyped software for a Lunar navigation/communication system using a constellation of CubeSats
  • Visually detected lunar features, contours, and craters to be used for estimating CubeSat position

Publication: Flight Demonstrations of Lunar CubeSat Navigation and Communication Technologies

KTH Royal Institute of Technology

Teaching Assistant

DD2423 - Image Analysis and Computer Vision
Oct 2020 – Dec 2020
Key Topics: Filtering, Edge detection, Hough transforms, Stereo vision, Segmentation

Research Engineer - Smart Mobility Lab
Sep 2019 – Dec 2020

  • Developed Python and C++ perception and localization ROS technologies for a fleet of scaled autonomous vehicles
  • Reduced robotic hardware by customizing OpenCV packages for computer vision SLAM using fiducial landmarks
  • Wrote robust object-oriented APIs enabling students to integrate fiducial SLAM into advanced course projects
  • Improved autonomous vehicle traffic control tower UI/UX design with custom augmented reality applications

Publication: Motion Model and Filtering Techniques for Scaled Vehicle Localization with Fiducial Marker Detection

SVEA Website

Tilcon New York Inc.

Project Engineer
Jun 2018 – Jul 2019

  • Planned and led the execution of a $30M environmental reclamation of an exhausted quarrying facility
  • Coordinated and assisted execution of all capital expenditure projects for the New Jersey region totaling $15M annually
  • Safely managed and executed all projects, without injury, while supervising contractor teams of 15+
  • Used 3D pit modelling to create short and long term mine plans for four aggregate quarries
  • Maintained mining permits and regulatory compliance for four quarrying facilities
  • Optimized quarry and construction equipment fleets

CalPortland

Maintenance Engineer
Sep 2017 – May 2018

  • Determined the cause of key system failures by implementing and leading a root cause failure analysis program
  • Reduced manufacturing costs and repair times by redesigning critical machinery components with Solidworks
  • Scheduled and budgeted production downtimes for comprehensive machinery repair totaling up to $4.0M on MS Project

Associate Reliability Engineer
Aug 2016 – Sep 2017

  • Increased equipment reliability by overhauling preventative, predictive, and condition-based maintenance practices
  • Decreased energy and water consumption by designing flow modifications using ANSYS computational fluid dynamics
  • Implemented a thorough non-destructive testing (NDT) program for critical plant equipment
  • Dynamically balanced and aligned critical process equipment

Publication: Computational Fluid Dynamics in the Cement Manufacturing Process

Project Engineering Intern
May 2015 – Aug 2015

  • Improved the capital expenditure request process by redesigning the project payback spreadsheet deployed company-wide
  • Designed and constructed systems involving pneumatics, evaporation, and air filtration
  • Trended and analyzed company-wide energy usage totaling $100M annually

Cornell University

Teaching Assistant

MAE 3260 - System Dynamics
Jan 2016 – May 2016
Key Topics: System Analysis, Vibrations of multi-DOF systems, Control systems

MAE 1170 - Introduction to Mechanical Engineering
Aug 2015 - Dec 2015
Key Topics: Mechanics, Fluid mechanics, Heat Transfer, Robotics

Steel Bridge Team - Design and Fabrication Team
Aug 2013 – May 2014

  • Designed legs and connections using STAAD and MASTAN2 to model and test possible designs
  • Fabricated and constructed the bridge in Cornell’s Civil and Environmental Engineering machine shop

Volunteer Experience

The Coding School
Guest Mentor
Jul 2020

  • Presented educational and career possibilities in the field of robotics to students

Boy Scouts of America
Eagle Scout, Senior Patrol Leader, Camp Emerald Bay
Jan 2009 – Dec 2012

  • Designed and led construction of a four stage 3 cu. yd. composting system
  • Led weekly meetings, planned overnight outings, and mediated between scouts’ and adults’ interests
  • Instructed sailing, lifeguarded, and prepared meals for up to 900 people per week