SERVICE

Structural Engineering

Sustainable building design is fundamentally based on structural engineering design. For a low-carbon future, it sets the tone.

Achieving our common sustainable goals depends significantly on the materials chosen, the construction process, and whether we decide to build at all. We can produce more economical and efficient developments, cut down on carbon emissions, and eliminate waste as structural engineers.

By using emissions assessments on structural designs, we assist you in making well-informed decisions about how to boost a building's ecological credentials from the very beginning of its development. We will assist you in streamlining the construction process and lowering expenses by implementing digital technologies like cloud-based BIM models, Modern Methods of Construction (MMC), and Design for Manufacture and Assembly (DfMA).

This entails that, at every stage, we strive to accomplish the property's commercial, operational, and sustainability goals while also bringing the architectural vision to life in harmony with the surrounding neighborhood. As a result, strong, effective, and valuable assets are produced.

At AuxFLEET, we have also employed a variety of BIM tools to help fellow stakeholders in the design process improve design content and project delivery on building projects, while reducing cost, without sacrificing the quality of their work

We have accomplished this by:

  • Standardizing toolsets
  • Visualizing to improve collaboration and exploring design options
  • Making more informed design decisions
  • Improving efficiency and minimizing costs

Features and benefits of our service include:

  • Informed decision-making through embodied carbon estimates.
  • Improvements and repurposing of current assets.
  • Fully aware of the MMC and DfMA procedures.
  • Designs to fulfill an artistic goal and ensure use in the future.
  • Specialists in the design of basements.
  • Recognized for its careful and considerate restoration of historic structures.
  • Resources for Structural Design and Modeling
  • Initial Schematics and Architectural-Engineering Design
  • In-depth Evaluation & Planning
  • Surveys and Evaluations of Structural Qualities
  • Building inspection services and construction inspections
  • Studies on the Feasibility of Different Structural Systems
  • Peer Review Structure and Assessment of Value