Engineer Structural

A structural engineer works out how buildings, bridges and other structures stand up safely — what size the beams, columns, foundations and connections need to be, and what materials they should be made from. They usually work for consultancies that design structures for clients such as architects, developers, councils and infrastructure owners, or for contractors who build them. Most of the job is calculation, modelling, drawing review and writing things down so that someone on site can build it correctly.

Starting salary: £26k–£33k
Live graduate jobs: 89 open now
Main way in: The most common route
They usually ask for: An accredited degree in civil engineering, structural…

Approximate graduate salary

Typically around £26,000–£33,000 to start, though this varies widely — London and large multidisciplinary consultancies sit at the upper end, smaller regional practices lower. Pay tends to step up noticeably on achieving chartered status.

What you'd actually do

Sizing structural elements — working out whether a steel beam, concrete slab or timber joist can carry the loads it will see, using design codes (the Eurocodes, which are the standard set of design rules used in the UK) and either hand calculations or software.
Building and running analysis models in software such as Robot, ETABS, SAP2000, Tekla Structural Designer or spreadsheet-based tools, then sanity-checking the output against a rough hand calculation because software happily produces confident nonsense.
Marking up drawings and checking models produced by technicians or BIM coordinators (BIM = building information modelling, a shared 3D model of the project) so that what gets drawn matches what was designed.
Writing and issuing calculation packages, design reports, specifications and technical notes — including reports for building control or planning, which have to be clear enough for a third party to follow.

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Answering queries from architects, contractors and other engineers: can this column move, can we put a hole through this slab, what happens if the client adds a rooftop plant room. Often this is a quick check plus an email, several times a day.
Site visits and inspections — looking at how work has actually been built, checking reinforcement before a concrete pour, or surveying an existing building to work out what structure is already there (common in refurbishment work).
Keeping a record of your work for professional membership: most graduates log experience against the Institution of Structural Engineers or Institution of Civil Engineers competence framework from early on.

How graduates get in

The most common route: an accredited civil or structural engineering degree (BEng or MEng) followed by a graduate scheme at a consultancy, contractor or in-house design team. Most medium and large employers run structured graduate intakes with autumn start dates and applications opening the previous autumn.
Direct application to small and mid-sized practices, which often recruit when they need someone rather than on a graduate-scheme cycle. These roles may be advertised year-round and are a very normal way in — they are not a lesser route.
A year in industry or summer placement during your degree, which is probably the single strongest thing on a graduate application and often converts directly into a job offer.
Degree apprenticeships — working for an employer while studying for an accredited degree. Increasingly common, and means you arrive at graduate level with real project experience.

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Conversion from a related degree (architecture, physics, maths, architectural engineering, general engineering) via an accredited MSc in structural engineering. Possible but less common, and you may need to do extra learning to reach chartered status later.
Moving across from a structural technician or draughting role into an engineering position, usually alongside part-time study. Realistic, but slower than the graduate route.

What employers ask for

An accredited degree in civil engineering, structural engineering or a closely related discipline. The subject genuinely matters here — unlike many graduate jobs, this is not open to any degree, because the route to chartered status depends on accredited academic qualifications.
Degree class expectations vary: many larger employers ask for a 2:1, plenty of smaller practices will take a 2:2 with good placement experience or strong design module results. Some employers still ask for specific A-level grades including maths; many no longer do.
Accreditation matters for later. An MEng, or a BEng plus an accredited MSc, is the standard academic base for chartered status with the Institution of Structural Engineers (IStructE) or Institution of Civil Engineers (ICE). A BEng alone is fine to start work — you can top up later through further learning.
Some evidence you can apply theory to real structures: a placement, a strong final-year design project, a bridge-building competition, construction site experience, or a part-time technician job all count.

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A driving licence is useful and sometimes asked for, because site visits are part of the job and sites are often not near a station.
No professional exams are needed to start. Chartership exams come later — the IStructE Chartered Membership exam in particular is a long written design examination and is widely regarded as difficult.

Skills that matter

Structural intuition — a feel for how loads travel through a structure

You need to be able to estimate roughly what the answer should be before you run the model, so you spot when the software output is wrong.

Comfort with design codes and standards

Day-to-day design means navigating the Eurocodes and UK National Annexes, finding the right clause and applying it correctly rather than memorising formulas.

Clear technical writing and calculation presentation

Your calculations get checked by a senior engineer and sometimes by building control or a third-party reviewer, so a correct answer presented badly still gets sent back.

Spatial and drawing literacy

Much of the job is reading architectural and structural drawings and 3D models and spotting where a design does not physically work — a beam clashing with a duct, a column landing on nothing.

Negotiating with non-engineers, especially architects

Structural solutions constantly conflict with what the architect wants visually and what the contractor wants to build, so you have to explain constraints and offer alternatives rather than just saying no.

Spreadsheet and basic scripting ability

Engineers routinely build their own calculation spreadsheets, and increasingly use Python or Grasshopper to automate repetitive design checks and parametric models.

Putting these on a CV? We counted which skills 12,914 live graduate adverts ask for, and what to do with the answer — part of our application advice.

Where it leads

Graduate engineer: doing defined design tasks under supervision, with everything checked. Typically the first two to three years, during which you are also logging experience towards professional membership.
Chartered status (CEng, via IStructE or ICE) is the main milestone. Employers commonly talk about three to five years of structured experience before you sit for it, but timings vary widely depending on the quality of experience you get and whether your employer runs a formal training agreement. Many people take longer, and that is normal.
Senior engineer: you own your own designs, check other people's work, and start dealing directly with clients and architects.
From there the paths diverge — technical specialism (seismic design, tall buildings, bridges, heritage and refurbishment, façade engineering), project leadership and team management, or associate/director level with responsibility for winning work and running the business side.
Sideways moves are common and well-trodden: into contractors' temporary works teams, client-side or developer roles, local authority building control, forensic and insurance engineering, or structural software and tech.

What people get wrong

“You spend your days on building sites in a hard hat.”

Most structural engineers in design consultancies are office-based for the large majority of their time. Site visits happen, and are often the most interesting part of the week, but the core work is calculation, modelling and documentation. Contractor-side roles are much more site-heavy.

“The software does the design, so the engineer just presses the button.”

Analysis software tells you forces and deflections; deciding the structural scheme, choosing the load cases, interpreting results and taking legal responsibility for the design is entirely the engineer's job. A large part of senior engineers' time goes on checking whether juniors' models were set up sensibly in the first place.

“Structural engineering is the same thing as civil engineering, or is a branch of architecture.”

Civil engineering is the broader field covering roads, water, geotechnics and more; structural engineering is the part concerned with whether things stand up. And the relationship with architecture is collaborative, not hierarchical — the architect generally leads on form and space, the engineer on what is buildable and safe.

“Once you qualify, the work is routine repetition of the same calculations.”

Refurbishment and retrofit work — assessing existing buildings with unknown or degraded structure, and designing around them — is a huge and growing part of UK practice, driven by carbon reduction and the cost of demolition. It is much less standardised than new-build design. Post-Grenfell regulatory change has also increased scrutiny and documentation requirements, particularly on higher-risk buildings.

Where this varies

The job differs a lot by employer type. In a large multidisciplinary consultancy you are likely to work on a few big projects, specialise early, and have a formal graduate training scheme with mentoring and a clear chartership pathway. In a small practice you may run several small projects at once, see them from concept to completion, visit site more, and get broader experience faster — but with less structured training, so you need to be more proactive about logging competences. Contractor-side structural roles (including temporary works design, which is the scaffolding, propping and formwork needed during construction) are more site-based and more focused on buildability and sequencing than on aesthetic collaboration. Sector matters too: bridges and infrastructure, residential and commercial buildings, heritage conservation, and nuclear or offshore structures all involve quite different codes, risk levels and working cultures. Geographically, London and the South East have the densest concentration of large consultancies, but there are substantial engineering communities around Manchester, Leeds, Birmingham, Bristol, Glasgow and Edinburgh.

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General guidance about the role across the UK market, not about any specific employer. Entry routes and requirements vary — always check the individual job advert.