New Severn Campus Building, University of Worcester

a case study in modern brick cladding

Introduction

Next Level Facades working for Central Cladding Systems, recently completed a significant project at the University of Worcester's New Severn Campus building. This project involved the full installation of Ash & Lacy's NaturAL-X brick cladding system, creating a contemporary and durable finish for this brand new building’s exterior.

The Challenge

Create a visually appealing and long-lasting facade for the New Severn Campus building that complements the university's modern aesthetic and withstands the demands of a busy academic environment.

The Solution

We implemented Ash & Lacy's NaturAL-X brick cladding system, a cutting-edge solution that offers

  • Authentic Appearance: Replicates the look and feel of traditional brickwork with exceptional realism.

  • Durability: Highly resistant to weathering, impact, and other environmental factors.

  • Versitility: Offers a wide range of colors and textures to suit various architectural styles.

  • Efficiency: Streamlined installation process minimizes disruption to the university's operations.

The Results

  • Enhanced Campus Aesthetics: The New Severn Campus building now boasts a striking and modern facade that enhances the overall campus environment.

  • Improved Building Performance: The NaturAL-X system provides excellent weather resistance and durability, ensuring long-term protection for the building.

  • Successful Collaboration: The successful completion of this project highlights the strong partnership between Next Level Facades, Central Cladding Systems, and the University of Worcester.

The installation required precise planning and execution:

  • Advanced Modelling: Revit software was employed to model bespoke brick pieces and ensure alignment across varying facade depths and orientations.

  • Seamless Integration: The modularity of the system allowed for efficient integration of fire barriers, insulation, and recessed elements while maintaining design cohesion.

  • Weather-Resistant Approach: The dry installation method eliminated delays typically caused by wet trades, keeping the project on schedule despite unpredictable weather.