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Hey, I'm

Nomad Robotics Engineer looking for opportunities.

I build intelligent machines that see, think, and move.

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Newspace Research and Technologies

Systems Engineer

  • Enhanced feature integration testing by incorporating Hardware-in-the-Loop (HITL) testing alongside SITL, bench, and flight testing.
  • Diagnosed, resolved, and optimized issues across complex cyber-physical swarming aerial robotic systems.

2024-Present

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DEVCOM Army Research Laboratory

Journeyman Fellow

  • Designed and deployed a ROS-based simulation environment to test and evaluate novel quality metrics for multi-agent mapping.
  • Supported the development and testing of distributed information-gathering methods using autonomous ground vehicles.

2022-2023

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Skye Air Mobility

Systems Analyst & GCS Operator

  • Validated a medical UAV delivery system through 80+ hours of flight testing, ensuring reliable transport of 4.5 lbs payloads across 6 miles.
  • Enabled regulatory approval for BVLOS operations by leading cross-functional experiments with Civil Aviation Authorities.
  • Spearheaded the development of a CONOPS framework, securing flight readiness and regulatory compliance for 100+ hours of BVLOS missions.

2020-2021

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Curl Tech

Intelligent Systems Engineer

  • Engineered three prototype UAVs for automated multispectral and LiDAR-based surveying missions.
  • Pioneered UAV solutions for early detection of spontaneous coal combustion using advanced computer vision techniques.
  • Led system integration of flight controllers and sensors (LiDAR, cameras, altimeters, GPS) with onboard computers using ROS for full-flight autonomy.

2019-2020

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Curl Tech

Data Scientist

  • Developed and implemented computer vision algorithms to analyze railway track conditions using autonomous UAVs, resulting in a 50% reduction in maintenance time.
  • Developed and implemented a cutting-edge LIDAR-based 3D mapping solution on UAVs, enabling the state government to efficient survey rural roads with an accuracy of over 90%, surpassing industry standards.

2018-2019

Projects

Pick and Place Robot
Pick and Place Robot
Academic Research
  • Multi-Agent Mapping
  • SLAM Implementation
ROSPythonComputer Vision
UAV Project
UAV Project
UAV Project
UAV Project
UAV Project
UAV Project
UAV Project
UAV Project
UAV Project
UAV Projects
Autonomous Systems
  • Railway Track Inspection
  • 3D Mapping System
PX4MAVROSGazebo
Industry Project
Survey UAV Robot
Commercial Applications
  • Medical Delivery System
  • Coal Detection System
C++OpenCVDeep Learning
Research Project
Multipurpose UAV Robot
Academic Research
  • Multi-Agent Mapping
  • SLAM Implementation
C++OpenCVDeep Learningheads
UAV Project
Autonomous Kitting Robot
Autonomous Systems
  • Railway Track Inspection
  • 3D Mapping System
C++OpenCVDeep Learning
Industry Project
Sidewalk Segmenter
Commercial Applications
  • Medical Delivery System
  • Coal Detection System
C++OpenCVDeep Learning
Research Project
Autonomous Delivery Robot
Academic Research
  • Multi-Agent Mapping
  • SLAM Implementation
C++OpenCVDeep Learning
UAV Project
Othello
Autonomous Systems
  • Railway Track Inspection
  • 3D Mapping System
C++OpenCVDeep Learning
Industry Project
Micromouse Depth first search
Commercial Applications
  • Medical Delivery System
  • Coal Detection System
C++OpenCVDeep Learning

Skills

Programming Languages

PythonC++MatlabBash

Embedded Systems

Jetson TX2Jetson AGXJetson NanoRaspberry PiArduinoPixhawkESP32

Libraries and Tools

ROSROS2OpenCVPytorchTensorflowGitMoveIt!ArdupilotPX4SolidworksCameo Systems ModelerGazebo

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