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As engineers we have a duty to design and deliver projects which have a lower impact on the environment. One way we can do this is by calculating the embodied carbon used in our designs. We explore all traditional materials – masonry, timber, concrete, steel – and hybrids, to arrive at a best-for-project design.  

Samuely are able to provide indicative quantities at the early stages of design. Here, quick comparisons can be made on reuse versus new-build, and use of different materials and construction forms. In later stages – as the design matures – we then use volumetric take-offs from our BIM model and other assessment tools to arrive at more accurate values.  

Our analysis output is presented using current industry standards and to  certification requirements.  

We know at Samuely that after the structure has been built there may be a tendency for owners to make alterations, e.g. additional floors, removal of columns, new openings in slabs and walls, and for tenants to propose new layouts, including mezzanine structures and new support and load requirements.  

All proposals require careful consideration by the structural engineer. At Samuely we provide specialist expertise in structural alterations to new builds and existing buildings.  

This starts with an understanding of existing and proposed load paths, building condition, form and material, and assessment of available capacity in structural elements and foundations. Our knowledge of construction techniques, including temporary works, enables  buildable solutions which are safe and cost-effective.   

In an age where the environment requires greater respect, and renewed focus is on reusing existing building stock,  engineers find themselves having a deeper respect for heritage and to the restoration and refurbishment of historic buildings.  

Samuely are proud to have contributed to this sector (see our Project page) and have built a strong portfolio of experience of in-situ investigation and sympathetic  design which preserves the original character of the building. 

Lots of detective work, close collaboration with conservation teams, an understanding client and agile contractor all make for a tailored design that injects new life whilst promoting an architectural legacy.  

Poorly designed stability systems, e.g. irregular configuration of access and service cores, can impact on net sellable area and impose additional, unwanted stability systems elsewhere in the building.   

Samuely are adept at designing efficient stability systems which promote cost-effective building design. Our goal is to minimise material use and construction complexity by adopting simple, effective systems that meet requirements from gravity and stability loads.   

Despite their comparative expense to superstructure costs, basements continue to offer valuable space to building owners.  

Samuely works closely with the client and design team to challenge the extent and use of basement space.  

Our designs consider options for perimeter retention system, structural stability, vehicular and pedestrian access, water and moisture control, and drainage management.  

Whether it is a small basement to a domestic dwelling, or a large, deep, complex basement for a multi-use facility, our experience and knowledge at Samuely enables safe, reliable, cost-effective underground spaces.  

Choosing the wrong type of foundation systems can make or break a project. Getting it right requires careful consideration of ground conditions, underground constraints, building loads, site constraints, neighbouring concerns, cost plan and programme. 

Samuely has extensive experience in design and delivering all types of foundations system including  shallow strip, pad and raft footings to deep, piled  foundations, piled systems.  

Developing in built-up areas will inevitably involve some form of protection and management of neighbouring third party assets. Such assets may include existing underground utilities, tunnels, basements, and above ground, existing buildings and other infrastructure (highways, rail, etc). 

Each type of asset will have their own set of minimum criteria, review and approval process.  

When assets are involved, through the use of detailed dimensional and condition surveys, movement assessments and impact predictions, Samuely are able to determine the best course of action – be it design solution, construction sequence and methodology – to reduce impact on the asset and thus mitigate risk for the developer and contractor, and promote robust, transparent communications with the asset stakeholder.