Montgomery County Crime Analysis

OVERVIEW

This project explores crime trends in Montgomery County (USA) from 2018–2022, using data science techniques to uncover spatial, temporal, and behavioural patterns. Working with a dataset of over 300,000 crime records, the analysis focused on cleaning, structuring, and visualising the data to reveal insights into crime types, peak times, police district effectiveness, and shifts in criminal activity over the years. My contribution centred on Preliminary Data Analysis (PDA), Exploratory Data Analysis (EDA), and the creation of Python visualisations used throughout the report.

Image of a Gray to white soft gradient

YEAR

2024

ROLE

Data Analyst
EDA Specialisation

SERVICES

Preliminary / Exploratory Data Analyst
Python Visualisation

About the project

This analysis focused on understanding crime patterns across Montgomery County using a structured data science workflow. My role involved preparing the dataset for deeper analysis by conducting data quality checks, identifying and handling missing values, removing duplicates, correcting data types, and resolving inconsistencies in key columns such as city names and timestamps.

Once the dataset was cleaned, I performed extensive Exploratory Data Analysis (EDA) to uncover trends across cities, police districts, crime types, seasons, and hours of the day. Using Python (Pandas, Matplotlib, Seaborn), I generated visualisations including heatmaps, line charts, bar charts, and distribution plots, each designed to answer specific research questions from the report.

These visual insights formed the foundation for the group’s findings on crime hotspots, unsolved case patterns, seasonal behaviour, and police response times, helping shape the final recommendations.

Smooth Scroll
This will hide itself!

Montgomery County Crime Analysis

OVERVIEW

This project explores crime trends in Montgomery County (USA) from 2018–2022, using data science techniques to uncover spatial, temporal, and behavioural patterns. Working with a dataset of over 300,000 crime records, the analysis focused on cleaning, structuring, and visualising the data to reveal insights into crime types, peak times, police district effectiveness, and shifts in criminal activity over the years. My contribution centred on Preliminary Data Analysis (PDA), Exploratory Data Analysis (EDA), and the creation of Python visualisations used throughout the report.

Image of a Gray to white soft gradient

YEAR

2024

ROLE

Data Analyst
EDA Specialisation

SERVICES

Preliminary / Exploratory Data Analyst
Python Visualisation

About the project

This analysis focused on understanding crime patterns across Montgomery County using a structured data science workflow. My role involved preparing the dataset for deeper analysis by conducting data quality checks, identifying and handling missing values, removing duplicates, correcting data types, and resolving inconsistencies in key columns such as city names and timestamps.

Once the dataset was cleaned, I performed extensive Exploratory Data Analysis (EDA) to uncover trends across cities, police districts, crime types, seasons, and hours of the day. Using Python (Pandas, Matplotlib, Seaborn), I generated visualisations including heatmaps, line charts, bar charts, and distribution plots, each designed to answer specific research questions from the report.

These visual insights formed the foundation for the group’s findings on crime hotspots, unsolved case patterns, seasonal behaviour, and police response times, helping shape the final recommendations.

Smooth Scroll
This will hide itself!

Montgomery County Crime Analysis

OVERVIEW

This project explores crime trends in Montgomery County (USA) from 2018–2022, using data science techniques to uncover spatial, temporal, and behavioural patterns. Working with a dataset of over 300,000 crime records, the analysis focused on cleaning, structuring, and visualising the data to reveal insights into crime types, peak times, police district effectiveness, and shifts in criminal activity over the years. My contribution centred on Preliminary Data Analysis (PDA), Exploratory Data Analysis (EDA), and the creation of Python visualisations used throughout the report.

Image of a Gray to white soft gradient

YEAR

2024

ROLE

Data Analyst
EDA Specialisation

SERVICES

Preliminary / Exploratory Data Analyst
Python Visualisation

About the project

This analysis focused on understanding crime patterns across Montgomery County using a structured data science workflow. My role involved preparing the dataset for deeper analysis by conducting data quality checks, identifying and handling missing values, removing duplicates, correcting data types, and resolving inconsistencies in key columns such as city names and timestamps.

Once the dataset was cleaned, I performed extensive Exploratory Data Analysis (EDA) to uncover trends across cities, police districts, crime types, seasons, and hours of the day. Using Python (Pandas, Matplotlib, Seaborn), I generated visualisations including heatmaps, line charts, bar charts, and distribution plots, each designed to answer specific research questions from the report.

These visual insights formed the foundation for the group’s findings on crime hotspots, unsolved case patterns, seasonal behaviour, and police response times, helping shape the final recommendations.

Smooth Scroll
This will hide itself!