De Medici Associates - Chartered Structural Engineers

Home
De Medici Associates - Chartered Structural Engineers

Call Website Contact the business

Contact information, map and directions, contact form, opening hours, services, ratings, photos, videos and announcements from De Medici Associates - Chartered Structural Engineers, Engineering service, .

02/11/2026

🏗️ Bigger Steel Beam = Safer House? Not Necessarily. 🤔

🏡 Imagine you’re renovating a Victorian house in the UK.
You want to create a beautiful open-plan kitchen, so the wall between the kitchen and dining room needs to go.
👷 The builder takes a look and says:

“Let’s put a bigger steel beam in. Better to be safe than sorry.”

Sounds reasonable, right?
⚠️ But here’s the problem.
A bigger beam doesn’t automatically mean a safer structure.
The beam itself might be more than strong enough, but what about the walls supporting it? The padstones? The foundations underneath?
🔩 A heavier beam can introduce additional dead load, and increasing its size doesn’t solve inadequate bearings or poor load transfer.

📐 In structural engineering, it’s not just about how much weight a beam can carry.
It’s about understanding where that weight goes next.
Sometimes a smaller, properly designed beam with the right support details is a much better solution than an oversized steel section chosen “just in case”.

💡 That’s one of the things I find most interesting about working in construction.
The most important part of a structure isn’t always what you can see, it’s understanding how everything works together. 🏠

Contact Us:
📞 +44-7831-924527
📥 [email protected]
🌐 https://bit.ly/DeMediciAssociates

29/10/2026

🏡 “It’s a load-bearing wall, so we can’t remove it.”

That’s what a homeowner was told when planning their dream open-plan kitchen.
So they almost gave up on the idea.
But here’s the misconception: load-bearing doesn’t always mean untouchable. 👀

🏗️ With the right structural design, a wall can often be replaced with a properly designed steel beam, safely transferring the loads above.
Of course, every property is different, and not every alteration is straightforward.
💡 That’s what I find fascinating about structural engineering.

Sometimes the best solution isn’t changing the dream. It’s finding a safe way to make it possible. ✨

Contact Us:
📞 +44-7831-924527
📥 [email protected]
🌐 https://bit.ly/DeMediciAssociates

26/10/2026

🏠🇬🇧 BRAND NEW HOUSE IN THE UK, SO WHY IS THERE MOULD ON THE WALLS?

👷‍♂️ As a Construction Engineer, I often hear people say:
“A new-build house shouldn’t have any problems.”

Unfortunately, that’s not always the case.

Across the UK, modern homes are becoming more energy-efficient, better insulated and increasingly airtight.
But there’s one important detail that is often overlooked.

👉 A building needs to do more than retain heat, it also needs to manage moisture effectively.

🔍 So, what can go wrong?
🔹 Inadequate ventilation and poor airflow.
🔹 Thermal bridging around windows, corners and structural junctions.
🔹 Poorly installed or insufficient insulation.
🔹 Construction moisture trapped within the building fabric.
🔹 Incorrectly designed or poorly maintained ventilation systems.
🔹 Poor workmanship and inadequate quality control during construction.

⚠️ THE BIGGEST MISTAKE?

Treating the visible mould without investigating the underlying cause.
Applying anti-mould paint might improve the appearance temporarily, but it won’t solve a problem caused by a building defect, thermal bridge or inadequate ventilation.

📐 From an engineering perspective, identifying the root cause is always the first step towards an effective solution.
Not every damp problem is caused by a leak.
Not every mould problem is the occupant’s fault.
And just because a property is newly built doesn’t automatically mean it has been built correctly.

🏗️ Good construction isn’t just about meeting regulations. It’s about delivering buildings that perform properly in real-world conditions.

💬 What’s your experience?
Have you come across damp or mould issues in a relatively new property in the UK?

I’d be interested to hear your thoughts, especially from fellow engineers, surveyors, builders and homeowners.

👇 Let’s discuss!

Contact Us:
📞 +44-7831-924527
📥 [email protected]
🌐 https://bit.ly/DeMediciAssociates

22/10/2026

🏡 Would you feel safer knowing your house has foundations 3 metres deep instead of just 1 metre?

Most people would say yes.
And I can understand why.
We naturally associate depth with strength, stability and safety.
But here’s something that might surprise you. 👀
A deeper foundation doesn’t automatically mean a safer building.
Sometimes, a shallower foundation is actually the better engineering solution.
🏗️ Because what really matters isn’t how deep you dig.
It’s what you’re building on.

The soil. The loads. The groundwater. The ground conditions.
And that’s one of the things I find fascinating about civil engineering. 👷‍♀️

💡 Sometimes, the smartest solution isn’t about doing more. It’s about knowing exactly what’s needed.
And I think that applies to more than just buildings. 🌍

Contact Us:
📞 +44-7831-924527
📥 [email protected]
🌐 https://bit.ly/DeMediciAssociates

19/10/2026

🏛️ The Leaning Tower of Pisa wasn’t designed to lean.

Construction began in 1173. But by the time workers reached the third floor, the tower was already tilting. 😮

The problem?

Its foundations were only about 3 metres deep, sitting on soft, unstable ground.

Here’s the interesting part. 👇

Construction stopped several times, sometimes for decades. Those long pauses allowed the soil to consolidate, which may have helped prevent the tower from collapsing.

Over 850 years later, it’s one of the most famous buildings in the world.

As a structural engineer, I find that fascinating. 👷‍♀️

Because sometimes the biggest problem isn’t what you’re building.

It’s what you’re building on. 🏗️

Contact Us:
📞 +44-7831-924527
📥 [email protected]
🌐 https://bit.ly/DeMediciAssociates

15/10/2026

🏗️ A heavier building isn’t necessarily a more stable building.
In fact, during an earthquake, the opposite can be true. 🌍

Imagine holding a heavy suitcase and suddenly having someone pull the ground from underneath your feet.
🧳 The heavier the suitcase, the harder it is to control its movement.
Buildings experience something similar.

When the ground shakes, the structure’s mass creates inertia forces. And generally, the greater the mass, the greater those forces can be for the same acceleration.
⚠️ This means adding more concrete, thicker walls or heavier materials doesn’t automatically make a building safer.

Sometimes, it increases the forces the structure needs to resist.
That’s why earthquake-resistant design isn’t simply about making everything bigger and stronger.

Engineers also consider how a building moves, how its mass is distributed, how stiff it is and how it can safely deform without collapsing.

💡 And here’s what I find fascinating about structural engineering.

Strength and stability aren’t always about having more material. They’re about understanding how that material behaves under the forces it will face.
Because sometimes, the smartest engineering decision isn’t to add more.
It’s to design better. 🏗️

Contact Us:
📞 +44-7831-924527
📥 [email protected]
🌐 https://bit.ly/DeMediciAssociates

12/10/2026

🧱 Concrete gets stronger as it dries.
That’s what a surprising number of people believe.
And to be fair, it sounds perfectly logical. 🤔
Wet concrete is soft. Dry concrete is hard. So surely, the faster it dries, the stronger it becomes?

Not quite. ❌

☀️ Imagine pouring a concrete slab on a hot summer morning.
The sun is shining. The wind is blowing. By lunchtime, the surface already looks dry.
Someone walks past and says:
“Perfect weather for concrete!”
But here’s the twist. 👇

💧 Concrete doesn’t gain strength by drying. It gains strength through a chemical reaction called hydration.

Cement needs water to react and develop strength.
If moisture escapes too quickly, that reaction can be disrupted. The surface may crack, and the concrete may never reach its intended performance.
So, ironically, one of the best things you can do for freshly placed concrete is prevent it from drying out too quickly.

🏗️ I’ve always found this fascinating about construction.

Sometimes, the thing that looks like progress is actually working against you.
And that’s why engineering is about much more than knowing how to build something.
It’s about understanding what’s happening when nobody is watching.

💡 Because a structure doesn’t care how quickly the job looks finished. It only cares whether we got the fundamentals right.

Contact Us:
📞 +44-7831-924527
📥 [email protected]
🌐 https://bit.ly/DeMediciAssociates

08/10/2026

❓ What can go wrong with concrete, even when everything looks fine during the pour?

Concrete quality isn’t just about strength — it’s also about proper placement, compaction and curing. 👷‍♂️

Some of the most common defects include:

🔹 Cracking – often caused by shrinkage, temperature changes or inadequate curing. Proper planning and curing help minimise the risk.

🔹 Honeycombing – usually linked to poor compaction, unsuitable concrete consistency or congested reinforcement.

🔹 Poor Compaction – trapped air and voids can affect strength and durability. Correct vibration techniques are essential.

🔹 Inadequate Curing – rapid moisture loss can lead to surface cracking and reduced strength development. 💧

💡 The key takeaway?

Good concrete starts with good preparation, but quality control during and after the pour makes all the difference.

✅ Preventing defects is always easier, faster and more cost-effective than repairing them later.

💬 What’s the most common concrete defect you’ve encountered on site?

Contact Us:
📞 +44-7831-924527
📥 [email protected]
🌐 https://bit.ly/DeMediciAssociates

05/10/2026

📐 A drawing may look perfect, but will it work on site?

Turning a design into reality is where engineering gets interesting. 👷‍♂️

Unexpected site conditions, tight tolerances, design changes, clashes between trades and constructability issues can quickly turn a simple detail into a real challenge.
For engineers, the key is to:

🔹 Spot problems early before they become costly.
🔹 Communicate clearly with designers and site teams.
🔹 Find practical solutions without compromising quality or safety.
🔹 Adapt quickly when reality doesn’t match the drawing.

💡 Engineering isn’t just about following drawings, it’s about understanding how to make them work in the real world.

And sometimes, the best solutions are found on site. ✅

Contact Us:
📞 +44-7831-924527
📥 [email protected]
🌐 https://bit.ly/DeMediciAssociates

01/10/2026

Do the structural and architectural designs actually align on site?

Good coordination is essential. 👷‍♂️📐

Openings, embeds, levels and tolerances may seem like small details, but when they don’t align, they can lead to clashes, rework, delays and additional costs.

A few key points can make a big difference:

🔹 Check openings and penetrations before concrete is poured.
🔹 Coordinate embeds and cast-in items with all relevant trades.
🔹 Understand how structural tolerances affect architectural finishes.
🔹 Identify and resolve clashes early, not when installation starts.
🔹 Keep structural and architectural drawings coordinated and up to date.

✅ Good interface management ensures that design intent and buildability come together on site.

Early coordination is always easier than costly correction later.

Contact Us:
📞 +44-7831-924527
📥 [email protected]
🌐 https://bit.ly/DeMediciAssociates

Address

Opening Hours

Monday	07:00 - 19:00
Tuesday	07:00 - 19:00
Wednesday	07:00 - 19:00
Thursday	07:00 - 19:00
Friday	07:00 - 19:00
Saturday	07:00 - 19:00
Sunday	07:00 - 19:00

Telephone

+447831924527

Website

http://www.demediciassociates.com/

Alerts

Be the first to know and let us send you an email when De Medici Associates - Chartered Structural Engineers posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Contact The Business

Send a message to De Medici Associates - Chartered Structural Engineers:

Want your business to be the top-listed engineering company?

Country:

City: