Day 1: Introduction to Bridges, Tunnels, and Transportation Networks

• Role of bridges and tunnels in modern transportation systems

• Types of bridges and tunnels and their applications

• Planning integrated transportation networks (roads, railways, metro)

• International design and construction standards

• Safety and sustainability considerations

Day 2: Design of Bridges and Tunnels

• Structural systems of bridges (beam, arch, suspension, box girder)

• Foundation and pier design

• Tunnel design methods (Cut & Cover, TBM, NATM)

• Loads, geological, and seismic considerations

• Use of engineering software in design

Day 3: Construction Methods for Bridges and Tunnels

• Bridge construction techniques (cast in-situ, precast, launching)

• Tunneling excavation and construction methods

• Ground and groundwater risk management

• Quality control and construction testing

• Occupational health and safety practices

Day 4: Integrated Transportation Networks and Project Management

• Integration of bridges and tunnels with road and public transport systems

• Traffic management during construction

• Schedule and cost management

• Use of BIM and GIS in transportation projects

• Case studies of major transport infrastructure projects

Day 5: Operation, Maintenance, and Modern Trends

• Operation and maintenance of bridges and tunnels

• Structural Health Monitoring (SHM) systems

• Intelligent transportation systems (ITS)

• Sustainability and environmental impact reduction

• Practical workshop and final discussion