Day 1: Introduction to Urban Transport Systems

• Concept and role of urban transport in sustainable development

• Types of urban transport systems (buses, metro, tram, shared mobility)

• Urban challenges (congestion, emissions, safety)

• International urban transport policies and standards

• Key performance indicators (KPIs) for urban transport systems

Day 2: Planning and Operation of Urban Transport Systems

• Urban transport network and route planning

• Fleet management and operational scheduling

• Integration of transport modes (intermodality)

• Smart ticketing and fare collection systems

• Transport Demand Management (TDM)

Day 3: Operational Safety of Urban Transport Systems

• Safety principles in urban transport operations

• Risk and incident management

• Passenger and pedestrian safety

• Emergency procedures and rapid response

• Safety culture and operational training

Day 4: Smart Technologies in Urban Transport Operations

• Intelligent Transportation Systems (ITS)

• Operation and control centers

• Real-time monitoring and data analytics

• Artificial intelligence for operational optimization

• Cybersecurity in transport systems

Day 5: Performance Evaluation, Sustainability, and Practical Application

• Operational and safety performance evaluation

• Environmental and economic sustainability

• Service quality improvement and user experience

• Case studies of successful urban transport systems

• Workshop: Developing an operation and safety plan for an urban transport system