College Track

Full-Spectrum Damage Detection

College Track


Overview & Challenge

The College Track immerses students in a real-world, industry-inspired challenge: comprehensive road damage detection. Teams will develop advanced AI models to identify and localize four types of road damage—potholes, alligator cracks, longitudinal cracks, and transverse cracks—using a diverse dataset from country1, country2, and country3. This track emphasizes technical depth, teamwork, and professional development, preparing participants for future careers in AI and data science.


Challenge Summary

Your mission: Build an Object Detection model that detects and localizes all four major road damage types in images. For each image, your model should output bounding boxes and class labels for potholes, alligator cracks, longitudinal cracks, and transverse cracks. The challenge uses a subset of the Road Dataset from country1, country2, and country3.

  • Input: Road scene images
  • Output: For each damage, predict its type and bounding box (class x y w h)
  • Focus: Multi-class detection and localization

About the Dataset

The Road Dataset for this track includes thousands of annotated images from three countries, with four types of damage labeled:

  • Countries: country1, country2, country3
  • Damage Types: Pothole, Alligator Crack, Transverse Crack, Longitudinal Crack
  • Annotations: Each image is labeled with bounding boxes and damage type

Training Dataset Distribution

College Dataset Distribution by Country and Damage Type

Distribution of damage labels across countries and damage types for the College Track. Total: 10,556 labels across country1 (2,836), country2 (4,170), and country3 (3,550)

Training Images by Country

College Image Count by Country

Number of training images available for each country. Total: 6,039 images (country1: 1,976, country2: 2,082, country3: 1,981)

Timeline & Schedule

Competition Overview

Start Date

7th July 2025

Competition Phases

Phase 1: Kickoff & Team Formation

7th July 2025

Phase 2: Train Dataset release

14th July 2025

Phase 3: Test Images release

24th July 2025

Phase 4: Presentations

26th July 2025

Judging Criteria

Evaluation Process

Submission Requirements

Code Requirements

  • Complete source code with clear structure
  • Requirements.txt or equivalent dependency file
  • Working implementation that can be executed
  • Comments explaining key algorithms and decisions
  • Version control history (Git recommended)

Documentation Requirements

  • Comprehensive README.md file
  • Installation and setup instructions
  • Data preprocessing and feature engineering explanation
  • Model architecture and parameter choices
  • Results analysis and interpretation

Results Requirements

  • folder with predicted results
  • Expected content format: class x y w h confidence

Expected Output Example

Example of expected YOLO annotation format showing bounding boxes around detected road damage

Example showing expected bounding box annotations for road damage detection (class x y w h confidence format)