In the rapidly evolving field of structural engineering, staying updated with the latest codes and advancements in software tools is essential. The British Standard code BS 5400-4:1990 for Reinforced Concrete (RC) design offers comprehensive guidelines and methodologies to enhance the safety, performance, and sustainability of RC structures. Integrating these standards into powerful engineering software like MIDAS Civil NX provides a significant advantage, enabling engineers to streamline the design process while ensuring compliance with modern requirements.

Automation in modelling not only accelerates workflows but also reduces errors, making the modelling and design process more efficient. MIDAS Civil NX provides a suite of advanced plugins designed to simplify the modelling of both small-scale and large-scale projects. These tools allow engineers to save considerable time and effort, ensuring that their designs are both precise and efficient.

This webinar is an excellent opportunity for structural engineers and design professionals to gain insights into leveraging MIDAS Civil NX and BS 5400-4:1990 for optimized design processes. Whether you're working on small-scale projects or large infrastructure developments, these tools and standards can transform your approach to structural engineering.

1.RC Slab Bridge Design Using BS 5400-4:1990 Standards : Learn how to apply the BS 5400-4:1990 guidelines to design safer and more efficient RC slab bridges.

2. Demonstration of PSC Box Girder Bridge Modelling with Plugins : Witness the power of automation as we showcase the use of the following plugins in MIDAS CIVIL NX

- Alignment Generator Plugin: Simplify the creation of bridge alignments with precision.
- Series Load Plugin: Easily apply series loads for complex model.
- Flared Pier Plugin: Model flared piers efficiently with enhanced customization.
- Group Pile Plugin: Expedite the modelling of group pile foundations.