Available Services

Structural design focuses on creating a structure's framework to ensure its stability and safety. It involves calculating and selecting materials and elements (like beams, and columns) to withstand various loads, such as the weight of the structure, occupants, and environmental forces. It also aims to align with aesthetic and functional requirements. Advanced software packages are often used for design and analysis, to provide an efficient and cost-effective design.

Studio 41 offers inspections to assess a building's safety and integrity, examining the foundation, beams, columns, and walls for defects. We evaluate the structure's load-bearing capacity and resistance to environmental forces, ensuring compliance with building regulations. Essential for identifying repairs or upgrades, especially in older buildings or pre-renovation, our detailed report includes findings and recommendations for structural maintenance and improvement.

At Studio 41 we can carry out below ground drainage design if requested. Our service encompasses developing a preliminary drainage strategy to guide development proposals, integrating key insights into attenuation requirements. This approach informs project cost estimations and construction timelines, providing valuable foresight for effective planning and budgeting.

At Studio 41 we can assist in designing the foundations for third party prefabricated superstructure designs. Foundation design is a crucial aspect of construction and warrants significant understanding. The design of foundations requires the analysis of the building loads, understanding soil properties, and selecting the appropriate foundation type. Proper foundation design is vital for structural stability and longevity, as inadequate foundations can lead to significant structural issues.

At Studio 41, we pride our selves on being able to provide the steel connection designs for our projects. This is especially important when the connections themselves become an architectural feature. Steel connection design involves engineering the joints in steel structures to ensure they withstand various loads, comply with building codes, and are durable. It's crucial for structural integrity, focusing on connection types, material selection, and fabrication feasibility.

A structural feasibility study is an analysis conducted before a project starts. It assesses the practicality of a proposed structure, focusing on site conditions, design suitability, regulatory compliance, and cost. This study evaluates risks, sustainability, technical feasibility, and project timelines. The outcome aids the client in making informed decisions about proceeding, modifying, or seeking alternative solutions for the construction project.