About the course
This course presents the structural modelling and design workflow for timber-concrete composite slabs using SCR connections. Participants learn how to define composite action, material properties, connection stiffness, and load transfer behaviour for hybrid slab systems. The content explains modelling strategies, analysis procedures, and design verification methods for serviceability and ultimate limit states. Practical examples demonstrate efficient handling of composite floor systems and interpretation of structural results. The course supports engineers involved in timber engineering, hybrid structures, and modern sustainable building design using integrated analysis and design workflows for composite slab applications.
What you'll learn
- Model timber-concrete composite slab systems
- Define SCR connection properties and stiffness
- Perform structural analysis for composite floor behaviour
- Evaluate serviceability and ultimate limit states
- Interpret analysis results for hybrid structural systems
Course content
Instructors
Enrolment options
Timber–Concrete Composite Slabs with Screw Connections
This course presents the structural modelling and design workflow for timber-concrete composite slabs using SCR connections. Participants learn how to define composite action, material properties, connection stiffness, and load transfer behaviour for hybrid slab systems. The content explains modelling strategies, analysis procedures, and design verification methods for serviceability and ultimate limit states. Practical examples demonstrate efficient handling of composite floor systems and interpretation of structural results. The course supports engineers involved in timber engineering, hybrid structures, and modern sustainable building design using integrated analysis and design workflows for composite slab applications.
- Non-editing teacher: Janina Quernheim
- Enrolled students: 3




