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Machine Learning

SafeRoute AI - Real-Time Road Crash Risk Prediction

Research pitch for a CNN-XGBoost ensemble that forecasts road crash risk across Melbourne Metro in real time.

Role
ML Researcher
Team
Individual project
Timeframe
May 2026
SafeRoute AI - Real-time road crash risk prediction for Melbourne Metro
SafeRoute AI problem statistics slide
SafeRoute AI problem context - reactive transport systems
Introducing SafeRoute AI slide
SafeRoute AI live dashboard demo mockup
SafeRoute AI evidence grounded in peer-reviewed research
SafeRoute AI closing slide and contact details

Overview

SafeRoute AI is a research pitch for Deakin's Research and Development in IT unit, proposing a real-time crash-risk prediction system for Melbourne Metro that fuses live VicRoads, Bureau of Meteorology and CrashStats data through a CNN-XGBoost ensemble model.

The problem

Current intelligent transport systems are mostly reactive, responding to crashes rather than forecasting them, and most crash-prediction models train on static offline datasets disconnected from live traffic, weather and road-condition feeds - leaving a gap in real-time, location-specific crash-risk forecasting. The WHO reports 1.19 million road deaths worldwide every year, and Victoria alone records hundreds of fatalities annually.

My approach

Proposed a CNN-XGBoost ensemble pipeline ingesting live VicRoads, Bureau of Meteorology and CrashStats Victoria feeds to output multi-class crash-severity predictions (minor/serious/fatal) at 0.8s latency, and designed a live risk-heatmap dashboard concept for Melbourne Metro targeting 92%+ model accuracy - grounding the design in peer-reviewed research on SMOTE class balancing, CNN spatial feature extraction and XGBoost severity classification.

Tech stack

PythonCNNXGBoostVicRoads Open DataBureau of Meteorology DataCrashStats Victoria