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atifanindarahman/README.md

Atif Aninda Rahman

Graduate Researcher | GIS & Transportation Data Science | University of Denver

MS student in Geographic Information Science (STEM) specializing in transportation accessibility, large-scale mobility data analysis, and reproducible Python workflows. Background in Urban and Regional Planning.

Focus Areas

  • Transportation accessibility & travel behavior analysis
  • Large-scale mobility data (NHTS, Smart Location Database)
  • GIS database design & spatial modeling
  • Machine learning applied to geospatial problems

Tools & Technologies

  • Python: Pandas, NumPy, GeoPandas, ArcPy, Matplotlib, Scikit-learn, TensorFlow
  • GIS: ArcGIS Pro, ArcGIS Online QGIS, Google Earth Engine
  • Data: SQL, NHTS, Smart Location Database, Origin-Destination analysis
  • Other: Jupyter, Git, GDAL

Current Projects

  • 15-Minute City Accessibility Tool for Denver (ArcPy + ArcGIS Pro)
  • Urban Accessibility Analysis using NHTS 2022 OD data
  • Origin-Destination X-Minute City modeling

Contact

Email: atifaninda.rahman@du.edu
LinkedIn: linkedin.com/in/atif-aninda-rahman
Website: atifanindarahman.com

Pinned Loading

  1. denver-15min-city-accessibility-tool denver-15min-city-accessibility-tool Public

    The primary goal of this tool is to quantify and rank neighborhood level accessibility to essential urban services within Denver. By Integrating the "15-minute city" framework, the tool identifies …

    Python

  2. Deep-Learning-Classifier-Model-Using-CNN Deep-Learning-Classifier-Model-Using-CNN Public

    ResNet50 convolutional neural network for COVID-19 chest X-ray classification, trained on 21,000+ images using TensorFlow/Keras with an end-to-end reproducible ML pipeline

    Jupyter Notebook 1

  3. geospatial-data-processing geospatial-data-processing Public

    Reproducible geospatial data processing and modeling

    Jupyter Notebook

  4. OD_X-Minute-City OD_X-Minute-City Public

    Origin-destination trip analysis using NHTS 2022 data to evaluate X-minute city accessibility patterns and travel behavior across the contiguous United States

    Jupyter Notebook

  5. GEE-Remote-Sensing-Indices GEE-Remote-Sensing-Indices Public

    Remote sensing index computation and visualization using Google Earth Engine, including spectral indices for land cover and environmental analysis