At Everstone, your project is led by a Chartered Civil Engineer from the first conversation to final handover. Here is what the letters after the name mean, and what difference they make to your project.
The short answer: a builder who is also a Chartered Civil Engineer designs the structure and builds it, so the decisions that make or break an extension are made properly at the start. You get a more ambitious design, a more accurate quote and fewer surprises on site. CEng MICE is the professional standard that shows an engineer has been independently assessed.
What does CEng MICE mean?
CEng stands for Chartered Engineer, a professional title registered with the Engineering Council. MICE means Member of the Institution of Civil Engineers, the professional body for civil engineers, founded in 1818. To become chartered, an engineer needs an appropriate level of education, years of responsible experience, and a successful professional review in which their competence is examined by senior engineers.
Chartered engineers also commit to keeping their knowledge up to date and to following the institution's code of professional conduct. In plain English, CEng MICE tells a homeowner that the engineer has been independently tested, is accountable to a professional body, and is expected to act with integrity.
And what is RoGEP?
RoGEP is the UK Register of Ground Engineering Professionals. It recognises engineers and geoscientists with expertise in ground engineering: soils, foundations, slopes and building on difficult ground. For house extensions and new builds, that matters more than most people expect, because the ground is where many of the costliest surprises come from.
Why does it matter who designs the structure?
On most building projects, the builder and the structural engineer are separate. The engineer is appointed, often by the homeowner, to produce calculations for building control. The builder then works from those calculations. That can work well, but it has weak points.
- The engineer may never see the site, so the design relies on assumptions about walls, foundations and drains.
- When site conditions differ from the drawings, the job stops while the builder waits for a revised design.
- Each party can blame the other when something does not fit, and the homeowner is left in the middle.
- Conservative, standard solutions are the default, because the engineer is designing at arm's length.
When the director of the building company is the engineer, the structural thinking starts at the first site visit. We look at the loads, the foundations and the steel as well as the finish. We can say yes to designs other builders shy away from, and we can say that will not work early, before you have spent money on drawings.
What difference does it make in practice?
Bigger openings, cleaner spans
Wide glazed openings and open-plan layouts depend on well-designed steelwork. Designing it in-house means we can balance beam sizes, supports and ceiling lines to give you the opening you want without unnecessary posts or bulky downstands.
More accurate quotes
A quote is only as good as the assumptions behind it. When the structure is understood before pricing, the steel, foundations and temporary works are priced properly rather than left as provisional sums that grow later.
Fewer surprises on site
Things are always found once work begins: an old drain, a weak lintel, a chimney breast supported on nothing in particular. An engineer on the team can assess and resolve those issues quickly, often the same day, instead of stopping the job.
Better decisions about the ground
Clay soils near trees, made-up ground, high water tables and sloping gardens all affect foundation design. A ground engineering background means these risks are considered at feasibility stage, not discovered when the digger is on site.
What does this look like on a real extension?
Take a typical rear kitchen extension on a 1930s semi. The brief is a wide opening across the back of the house and a roof lantern over the dining table. On the first visit, an engineer is already asking the questions that decide the cost: what is sitting on the rear wall, where the loads will go once it is removed, whether the chimney breast above is supported, how deep the neighbour's foundations are and where the drain runs.
Answering those questions at the start shapes the design. It might mean moving a support so it sits over a sound wall, choosing a beam depth that keeps the ceiling line clean, or stepping the foundations to avoid a drain rather than diverting it. None of that is visible in the finished room, but it is the difference between a build that runs to plan and one that stops for redesigns.
It also changes the conversation about ideas. When a homeowner asks whether the opening can be wider, or the lantern bigger, we can answer on the spot with the structural and cost implications, rather than promising to ask someone else.
Is an engineer-led builder more expensive?
Not necessarily. Good structural design often saves money by avoiding over-engineered solutions, by preventing delays on site, and by getting the price right first time. Our quotations are itemised line by line, so you can see exactly where the money goes.
What should I ask any builder?
- Who designs the structure, and will they visit the site?
- What happens if the ground or existing structure is not as expected?
- Is the quotation itemised, and what is excluded?
- What insurance do you hold, and can I see it?
- Can I speak to previous clients or see completed projects?
About me: I am Dr Omid Khalaj, the founder and director of Everstone Build & Development. I hold a BEng (Hons), MSc and PhD, I am a Chartered Civil Engineer and Member of the Institution of Civil Engineers, and I am a Registered Ground Engineering Professional. I personally lead every project, from the first site visit to handover.
Want an engineer's view on your project? Start your free feasibility check.