Noah Berkowitz — GIS & Geospatial Data Science

Remote sensing, spatial analysis, machine learning, and applied geospatial research.

Projects

Selected geospatial work across remote sensing, machine learning, public health, humanitarian analysis, planning, and cartography. Each section highlights the question, methods, and evidence behind the work.

Municipal GIS + public information

Interactive election information and operational mapping

City of Fremont November 8, 2024 newsletter excerpt describing Noah Berkowitz’s interactive election precinct and polling-location map, with a photograph of Noah at the Esri IMGIS Conference

A public-facing City of Fremont map brought precincts, mayor and council information, and polling locations into one interactive experience.

The City’s November 2024 employee newsletter reported more than 1,600 accesses shortly after launch. The project reflects a broader municipal practice spanning enterprise mapping, infrastructure data, utilities, addressing, and clear public information.

Focus: accessible web mapping, election information, municipal spatial data, quality control, and decision support.

Remote sensing + machine learning

Pond aquaculture classification

A pixel-wise classification workflow for identifying pond aquaculture from Sentinel-1 radar and Landsat 8 imagery.

Sentinel-1 radar composite used as input for pond-aquaculture classification

Input: Sentinel-1 radar composite covering the study area.

Support Vector Machine classification distinguishing pond aquaculture and other land-cover classes

Method: Support Vector Machine classification in Google Earth Engine.

TerrSet grouped classification retaining the pond-aquaculture class

Output: Grouped classification visualized and refined in TerrSet.

Tools: Google Earth Engine, JavaScript, Sentinel-1, Landsat 8, Support Vector Machine classification, and TerrSet.

Google Earth Engine links may require a Google account and Earth Engine access.

Spatial analysis + public-interest GIS

Analysis designed for decisions

Map of statistically significant robbery hot spots in Philadelphia

Philadelphia robbery hot spots

Hot-spot analysis of 2014 Philadelphia Police Department robbery data. The map received second place for Best Student Map at RCBC GIS Day 2016.

Mosaic of georeferenced 1962 county planning map sheets

Historic planning-map mosaic

A georeferenced layer assembled from more than 60 historic mylar map sheets for the Middlesex County Planning Board Division of Spatial Services.

Methods: georeferencing, quality control, mosaic construction, and spatial data management.

Humanitarian GIS

Conflict, access, and settlement analysis

Conflict in the Philippines

An ArcGIS StoryMap using Humanitarian Data Exchange, PhilGIS, ACLED, and Global Terrorism Database sources.

Legacy project note: the original ArcGIS Cascade StoryMap has been retired by its hosting platform. The project description is retained here for the portfolio record.

Food-distribution access in Ethiopia

Network and capacity analysis of food-distribution points using QGIS and humanitarian datasets.

Travel-time analysis · Network analysis · Capacity analysis

Kernel-density analysis of tent locations in the Zaatari refugee camp

Zaatari refugee-camp density

Kernel-density analysis in QGIS examining the location and clustering of tents using Humanitarian Data Exchange data.

Additional cartography and credentials

Open work

Code & reproducible workflows

Browse public repositories for GIS scripts, geospatial code, and reusable workflows. Project documentation remains paired with the maps, methods, and source material shown throughout this portfolio.

Interested in the methods behind the maps?