ENGR IOM

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A civil/structural engineer and project manager who plan, design and oversee construction and maintenance of building structures and infrastructure, such as roads, residential apartments, commercial buildings etc.

24/04/2026

Managing labourers is 80% psychology, 20% instruction.

Here's the truth nobody tells you when you start building:

Your biggest site challenge won't be the soil or the weather, it'll be the people.

After years on residential projects, here's what actually works with site labourers:

🔹 Brief them every morning, don't assume yesterday's instructions still apply today
🔹 Assign a trusted supervisor or foreman as your eyes when you're not on site
🔹 Pay promptly because delayed pay = delayed work, every time
🔹 Praise publicly, correct privately, respect earns loyalty
🔹 Show them what "good work" looks like. many have never been trained formally
🔹 Have zero tolerance for dangerous behaviour, and make that clear from day one

Labourers who feel respected work harder. Labourers who feel watched but unseen cut corners.

Lead your site the way you want your building to stand, with purpose and attention.

What's the best advice you've received about managing site workers? Share below 👇


I came across this post on Engr Emmanuel Thankgod's page. He is absolutely right about the imbalance, but the conclusion...
20/04/2026

I came across this post on Engr Emmanuel Thankgod's page.

He is absolutely right about the imbalance, but the conclusion needs a bit more precision.
Most engineers are not underpaid, they are under-positioned.

You can spend 5 years in school, master design, understand site ex*****on, handle complex projects and still earn less than someone who closes one deal in a week.
It's painful but real.

The problem is not engineering.
The problem is where engineers stand in the value chain.

Right now, most engineers operate like this 👇:
Ex*****on. Delivery. Supervision.

But the real money sits here👇:
Decisions. Deals. Ownership.
That’s the gap.

So what’s the way forward?

• Stop staying only on site, get involved in project planning and feasibility
• Understand money, costing, pricing, and profit margins
• Negotiate value, don’t just accept fixed salaries(Push for bonuses tied to cost savings,
Incentives for early delivery,
Rewards for zero rework / quality benchmarks. If you save a project ₦5m to ₦15m, earning only salary is a poor deal)
• Explore partnerships, even small equity can change your life
• Build visibility, let people know what you do, what you bring to the table.
• Think like an owner, not just an employee

Because the truth is

If you’re not connected to revenue,
you’ll always be treated like a cost.

And costs are controlled, not rewarded.

The future belongs to engineers who don’t just build projects but understand how projects make money.
It’s time to move from the ex*****on table
to the decision table.

17/04/2026

POV: You came to site dressed like an Alhaji, but the site said ‘Oga, today you’re still a labourer’ 😂

Kaftan flowing, boots sinking, sun blazing…
But we move 😎
Friday Site Inspection, Soft life meets hard ground.

14/04/2026

The Most Dangerous Number in Engineering is ZERO
In engineering, the most dangerous number is not a big one. It's ZERO.
Zero margin, Zero factor of safety, Zero redundancy.
Let me explain what "Factor of Safety" means and why it might be the most important concept in all of engineering. When engineers design a structure, we NEVER design it to handle exactly the load it will carry, we design it to handle MORE. Sometimes much more, here's why:
We can't predict everything perfectly, Materials aren't always exactly as strong as their spec sheets says, Loads change, more people, heavier furniture, stronger winds. Construction isn't always perfect, materials degrade over time, so we build in a buffer. That buffer is called the Factor of Safety (FOS).
For example: A bridge designed for 1,000 tonnes might be built to hold 1,700 tonnes, that extra 700 tonnes is the factor of safety FOS = 1.7
Different structures have different safety factors: Buildings: 1.5 - 2.0, Bridges: 1.7 - 2.5, Aircraft: 1.5 (weight is critical, so it's tightly controlled)
Medical devices: 3.0+
So the next time someone says a building is "overdesigned" Just smile and nod, because in engineering, "overdesigned" often means "someone will survive this. "There is no glory in a structure that just barely holds.
Did you know about the Factor of Safety before this post? Drop a comment below and tag an engineering student who needs to see this.
Follow Engr IOM for engineering education that actually sticks.


Two of the most commonly confused documents in construction and engineering projects are the Bill of Quantities (BOQ) an...
02/04/2026

Two of the most commonly confused documents in construction and engineering projects are the Bill of Quantities (BOQ) and the Bill of Engineering Measurement and Evaluation (BEME)

If you’re in construction and still mixing up BOQ and BEME, you’re setting yourself up for costly misunderstandings. Let’s break it down simply

BOQ (Bill of Quantities)
This is a detailed breakdown of materials, labour and costs required to execute a project. It focuses on quantities and pricing.

It answers the question: “How much will this project cost?”

BEME (Bill of Engineering Measurement and Evaluation)
This is more technical and measurement-based. It focuses on engineering elements, specifications, and evaluation of work done, not just cost.

It answers the question: “What exactly are we building and in what quantities?”

The Key Difference
- BOQ = Cost + Quantities (Financial document)
- BEME = Measurements + Engineering details (Technical document)

Simple Way to Remember,
Before money comes measurement.
BEME defines the work
BOQ prices the work

Build smart. Don’t just start fast.
Do the right thing at the appropriate time.

23/03/2026

The Engineer Who Saved Millions By Doing Nothing.
In 1978, an engineer discovered a flaw that could have COLLAPSED a 59-story skyscraper in New York City. The Citicorp Center. One of the most iconic buildings on the Manhattan skyline.
The problem? The building's columns were placed at the MIDDLE of each side not at the corners like every other skyscraper. This made the building highly vulnerable to quartering winds (winds hitting at 45 angles). The original calculations missed it(The great miscalculation) A student discovered it. The engineer confirmed it. And what happened next was kept SECRET for nearly 20 years.
Here's what the structural engineer, William LeMessurier, did: He could have hidden it, He called his lawyer instead. He could have blamed the contractor, He called the client instead. He could have panicked. He drew up a repair plan instead. Working quietly at NIGHT to avoid panic, crews welded steel plates over 200 bolted joints throughout the building while people worked inside during the day. The building was fixed, no one died, no lawsuit was filed. LeMessurier later said it was the proudest moment of his career. THIS is what engineering integrity looks like, not hiding mistakes owning them and fixing them. Would you have had the courage to make that call? Drop your thoughts.

Share this, this story deserves to be told. Follow Engr IOM for engineering stories that will blow your mind.

16/03/2026

Nigerian Construction Reality

In our environment buildings deal with poor soil conditions, inconsistent material quality, lack of supervision and unregulated artisanship on a daily basis.
Yet many people still start projects without soil tests, structural drawings or proper project management(least of all)
Then when something goes wrong, you hear "the building suddenly failed"
Nothing structural fails suddenly
It fails bit by bit, silently... one crack at a time
We must build with intelligence not assumption.
The soil beneath your foundation has a story,have you read it?
The structure carrying your slab has a limit, do you know it?
Every naira saved by skipping proper engineering is a debt being paid with someone's safety, are you aware?
This is not to cause panic or scare anyone, rather to make one think before building.

If you are a land owner share this with whoever is building for you,
If you are an engineer tag a colleague who needs to see this,
If you are a developer save this before your next project,
If you are just learning drop a comment and let us connect.
The building industry needs more awareness not more assumptions
Like and repost so this reaches someone before they make an expensive mistake


12/03/2026

Cutting cost on finishes is negotiation but cutting cost on structure is a gamble

Engr Mo.

12/03/2026

CONSTRUCTION & SITE WORK
The First 7 Days of Concrete

Most people think concrete simply dries. That’s one of the biggest misconceptions in construction. Concrete doesn’t dry, it cures.

Curing is a chemical reaction called hydration, where cement reacts with water to form strength.
Day 1–2: Initial set. Concrete is extremely vulnerable. No loading. No vibration.
Day 3–7: Rapid strength gain. Concrete reaches roughly 70% of its design strength.
Day 28: Full design strength, the value engineers design for.

The real mistake? Letting concrete dry out too early. Without moisture, hydration stops, leaving the concrete weak and brittle.

That’s why good contractor keep fresh concrete continuously moist using water or curing compounds.

So when you see workers wetting fresh concrete on site, it’s not routine, it’s protecting the concrete’s strength.

Follow Engr IOM for construction knowledge that actually makes sense.

Welcome to PM's Corner🤝WHY CONSTRUCTION PROJECTS GO OVER BUDGET? More than 50% of construction projects go over budget. ...
09/03/2026

Welcome to PM's Corner🤝

WHY CONSTRUCTION PROJECTS GO OVER BUDGET?

More than 50% of construction projects go over budget.
As a project manager, I have seen it happen and it's almost never bad luck. Here are the real reasons:
1. POORLY DEFINED SCOPE
When the client and engineer aren't aligned from day one(Engr Mo let make the window bigger, let's shift this wall to this side etc) changes pile up fast. Every change costs money.

2. NO CONTINGENCY BUDGET
Surprises happen on every project soil problems, material delays, design revisions. If you don't plan for them, they break your budget.

3. UNVETTED SUBCONTRACTORS
The cheapest bid is not always the best bid. Poor workmanship leads to rework and rework is expensive

4. UNCONTROLLED CHANGE ORDERS Small changes feel harmless in the moment. But ten small changes add up to a major budget overrun

5. WEAK SITE SUPERVISION
When no one is watching, work quality drops and material wastage goes up.

What's the solution? Plan thoroughly. Document everything. Communicate constantly. Good project management is not about reacting to problems, it's about preventing them.

Project managers and engineers which one of these have you experienced most? Comment below and save this post for reference.
Follow Engr IOM for practical engineering & PM insights.

07/03/2026

How Bridges Stay Up.

A bridge 🌉 looks simple. But underneath, it's a carefully balanced battle of forces.
Let me break it down,
Every bridge deals with two main forces COMPRESSION forces that push and squeeze, TENSION forces that pull and stretch.
The deck (road surface) carries the traffic load, that load travels down through beams and girders, then into the piers (the vertical supports) and finally into the foundation and the ground.
The engineer's job is to make sure every element handles its load and that no single point fails before the others.
Different bridge types use these forces differently,
Arch bridges rely heavily on compression, Suspension bridges use massive tension cables,
Cable-stayed bridges do both. No matter the design, the principle is the same, give every force a safe path to the ground. That's civil engineering in action.
What's the most impressive bridge you've ever seen or crossed?

Like & share if you learned something new. Follow Engr IOM for more.


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