1) Conceptual Design & Analysis

• Optimize the reinforcement, don't waste steel
  

• Build more with less

• Form-finding structures for optimizing the distribution of forces

• Parametric structural design with isogeometric analysis

• SARA Studio ATENA + FReET stochastics Tutorial (SafeBridge Training School)

• ATENA NLFEM Tutorial (SafeBridge Training School)

• What will happen to our city after Covid-19?

• Shear testing of prestressed concrete bridge girders

• Probabilistic stability evaluation of of vehicles under strong winds for bridge traffic control

• Wind-induced vibration of structures and ist control

• Major bridge project - A multi-disciplinary approach

• New trends and new models for analyzing dynamic interactions

• About the network arch

• Parametric description of bridge structures

• Structures for stadium projects

• Design for movement in bridges

• Cable vibration in cable-stayed bridges

2) Constitutive Laws & Materials

• Steel for a sustainable bridge infrastructure with a low CO2 footprint

• Is 3D concrete printing increasing construction quality and productivity?

• Concrete plasticity - A historical perspective

• Ultra-high performance concrete (UHPC)

• Load testing of structures

3) Earthquake Engineering

• Life-cycle reliability & risk assessment of coastal infrastructure subjected to tsunamis

• Seismic isolation and response control systems

• New developments in performance-based seismic design and optimization of structures

• Seismic isolation - Concepts, research & applications

• Appropriate seismic regulations for urban structures

4) Reliability & Sustainability

• Assessment of existing bridges - Practical implementation with case studies

• Assessment of existing bridges based on recent guidelines & standards

• Less and better - The way forward to sustainable bridges

• Resilience-based management of bridge portfolios in seismic regions

• Risk management of large-scale projects

• Risk-bases asset mgmt. and the potential of UHPC in railway bridge constr.

• Toward risk-intelligence of infrastructures (panel discussion Seoul)

• A journey of exploration through infrastructure systems

• Towards a new paradigm for governance & mgmt. of the built environment

• ATCZ 190 - safe bridge

• From quality control to decision making on the management of bridges and structures

• Life-cycle managament of infrastructures - Towards an integrated approach of design
  
  

5) Climate Change & Resources

• The effects of climate change on material deterioration

• Carbon management in bridges - How low can we go?

• Post-flutter behavior of long-span bridges under climate change

• Climate engineering in the world of long-span bridges & slender structures

• The re-use of buildings

• Disaster risk reduction and the structural engineer

• Engineering for climate change - The adaptation challenge and the role of the engineers

• Electricity from the sun

6) SKILLS & ATTITUDES

• The structural engineer in the current climate emergency

• How can structural engineering be an unending stream of goodness?

• Will the Covid-19 pandemic change the way we think, plan and work as engineers?

• Construction in the history of social change - Learning from epidemic in late Medieval Europe

• Artificial intelligence in AEC

• Challenges in education - conceptual & structural design

• Five lectures on structural and construction safety

7) Codes & Standards

• Second Generation Eurocodes

• Failure analysis as a base for developing quality control systems

• Structural Design Codes - The Bridge between Research and Practice

8) Technology

• Use of structural health monitoring in condition assessment of bridges

• Incremental launching of multispan steel bridges

• Rapid design & construction mgmt. of emergency hospital during the Covid-19 epidemic

• The bridge evolution in the future - Values of bridges in the formation of cities

• Recent major bridges in Korea

• Past, present and future: Trends, drivers and challenges in tall buildings and urban habitat

• Personal involvement in early US cable-stayed bridges

• Use of Building Information Models - A contractor's point of view

• Great demand an various challenges - Chinese major bridges for improving traffic infrastructure

• Evolution of bridge technology

• The development of cable-stayed bridges since John Röbling