Day 1: Introduction to Traffic Flow and Road Networks

• Concept and importance of traffic flow in engineering planning

• Components of road networks and traffic structures

• Types of traffic and their impacts

• Standards and codes related to traffic flow

• Traffic data collection and analysis

Day 2: Traffic Modeling and Analysis

• Traffic modeling techniques (microscopic, macroscopic)

• Traffic flow, density, and speed analysis

• Trip distribution models

• Bottleneck analysis

• Use of traffic software (VISSIM, SYNCHRO)

Day 3: Impact of Traffic on Road and Structural Design

• Impact of traffic loads on road design

• Traffic effects on engineering structures (bridges, tunnels)

• Capacity evaluation of roads and structures under traffic stress

• Design standards for future traffic loads

• Practical case studies

Day 4: Traffic Performance Evaluation and Future Planning

• Traffic performance indicators (LOS, V/C Ratio)

• Future traffic scenario analysis

• Traffic network development planning

• Integration of public transport and congestion reduction

• Role of Intelligent Transportation Systems (ITS) in performance improvement

Day 5: Modern Technologies and Practical Applications

• Use of GIS and BIM in traffic impact analysis

• AI and machine learning for traffic prediction

• Real-time traffic monitoring and signal adjustment

• Successful project case studies

• Workshop: Preparing a comprehensive traffic impact analysis report