Day 1: Introduction to Traffic Safety and Design Principles

• Concept and importance of traffic safety

• Fundamental principles of safe road design

• Review of international standards and codes (AASHTO, iRAP, EuroRAP)

• Human and environmental factors affecting safety

• Methodologies for traffic risk assessment

Day 2: Crash Data Analysis and Traffic Accident Modeling

• Collection and analysis of crash data

• Statistical and spatial modeling of crashes

• Identification of black spots and high-risk areas

• Use of Geographic Information Systems (GIS) in analysis

• Assessing the impact of various factors on crashes

Day 3: Engineering Design for Safety Improvement

• Safe intersection and roundabout design

• Design of sidewalks and pedestrian crossings

• Traffic signal and signage design

• Traffic calming measures

• Integration of smart technologies for safety enhancement

Day 4: Advanced Safety Analysis and Quantitative Assessment

• Crash prediction models

• Before-and-after safety evaluations

• Safety Performance Functions (SPFs)

• Scenario analysis and virtual testing

• Use of advanced analysis software

Day 5: Future Planning, Policies, and Case Studies

• Developing national and local traffic safety strategies

• Integrating safety in urban and transport planning

• Evaluation of safety programs and policy effectiveness

• Case studies of successful safety improvement projects

• Workshop: Developing an advanced safety design and analysis plan