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connorcrowe/README.md

🌎 Data Background, Product Focus, Geospatial Passion

Hi, I'm Connor--- a data-driven product manager with a background in computer engineering & data science and a passion for geospatial problems. I've built products in deep tech, health-tech and education-tech.

I am on a journey to transition into the geospatial industry to leverage my skills towards the problems that I'm most personally passionate about - climate change, urban planning, & transportation planning.

Featured Projects

🗺️ High-Resolution Automated LULC Classification at Scale in Toronto

Using trained LULC U-net classifier to autoamtically predict land use land cover of the entire City of Toronto aerial at 2 px per meter. Technologies: gdal, leaflet, Vite, Tensorflow/Keras, Python

🗺️ Live Demo | 🔗 GitHub Repo

🛩️ Land Use Land Cover Neural Network Classification from Aerial Data

Trained a Convolutional Neural Network (CNN) with U-net architecture on aerial imagery to classify land use in downtown Toronto. Technologies: CNN, U-net, Tensorflow/Keras, Map Digitization

🔗 GitHub Repo

🌆 Urban Heat Island & Vulnerability Analysis of Toronto from Satellite Imagery

Mapped urban heat islands in Toronto using remote imagery and overlaid demographic data to highlight vulnerable communities. Technologies: QGIS, GDAL, Raster Analysis, Remote Sensing, Landsat

🗺️ Full Story on StoryMaps! | 🔗 GitHub Repo

🚲 Geospatial Analysis of Toronto Bike Share Data

Analyzed Toronto's bike share data (2016-2024) using spatial SQL and geospatial visualization to assess impact of changes in infrastructure. Technologies: PostGIS, QGIS, Python, PyQGIS

🗺️ Full Story on StoryMaps! | 🔗 GitHub Repo

Skills, Tools, Learning

  • Product Management
    • Prioritization, organisation, storytelling & communication
    • Agile, Jira, Git, etc.
  • Data & Programming
    • Python, Data, Machine Learning (Pandas, Geopandas, PyQGIS, Tensorflow/Keras, scikit-learn)
    • SQL (MySQL, PostGIS, BigQuery)
  • Courses
    • Fundamentals of Remote Sensing and Geospatial Analysis, Udemy, Matt Thompson
    • Machine Learning in GIS: Theory and Practice, Udemy, Kate Alison

Let's Connect

I'm always open to discussions about geospatial data, urban analytics, and climate tech.
💼 LinkedIn

Pinned Loading

  1. to-lulc-scale to-lulc-scale Public

    This project uses a U-Net CNN to classify land use for the entire City ot Toronto at high-resolution in an automated pipeline.

    Jupyter Notebook 8

  2. to-lulc-aiml to-lulc-aiml Public

    Land use land cover (lulc) classification of aerial imagery using machine learning techniques including U-Net architecture Convolutional Neural Networks (CNNs).

    Jupyter Notebook 1 1

  3. to-urban-heat-island to-urban-heat-island Public

    Geospatial analysis of remote imagery to identify where the urban heat island effect is worst in Toronto, Canada, and which areas have the population most vulnerable to them.

    1

  4. to-bike-analysis to-bike-analysis Public

    Statistical and geospatial analysis of Toronto Bike Share data and what it can tell us about the impact of changes to Toronto's bicycle infrastructure

    Jupyter Notebook 1

  5. dcp-sort dcp-sort Public

    A sorting algorithm designed for improved time complexity on a massively parallel system

    JavaScript 1