About the course
This course explains the modelling and analysis workflow for a balanced cantilever bridge using SOFiSTiK 2026. The content covers bridge geometry generation, staged construction, tendon definition, load application, and structural analysis. Users learn how to simulate cantilever erection sequences and evaluate the structural response during different construction phases. The tutorial also introduces bridge design considerations, construction stage management, and result evaluation for reinforced and prestressed concrete bridge systems. The workflow supports engineers in developing efficient bridge analysis models and understanding the interaction between geometry, loads, prestressing, and time-dependent construction effects within a practical bridge engineering example.
What you'll learn
- Create balanced cantilever bridge geometry models
- Define and manage construction stages
- Apply prestressing systems and tendon layouts
- Perform structural analysis for staged bridge construction
- Evaluate bridge results and construction stage behaviour
Course content
Instructors
Enrolment options
Balanced Cantilever Bridge Modelling and Construction Stages
This course explains the modelling and analysis workflow for a balanced cantilever bridge using SOFiSTiK 2026. The content covers bridge geometry generation, staged construction, tendon definition, load application, and structural analysis. Users learn how to simulate cantilever erection sequences and evaluate the structural response during different construction phases. The tutorial also introduces bridge design considerations, construction stage management, and result evaluation for reinforced and prestressed concrete bridge systems. The workflow supports engineers in developing efficient bridge analysis models and understanding the interaction between geometry, loads, prestressing, and time-dependent construction effects within a practical bridge engineering example.
- Non-editing teacher: Filip Orsanic
- Enrolled students: 6




