DAQEN construction

13/05/2026

18/04/2026

There is confusion in the industry when people call themselves “architect-engineer.”

You are either an architect or an engineer. These are two different professions with different responsibilities.

When it comes to the structural stability, durability, and safety of a building, the responsibility lies with engineers.
Not assumptions. Not titles. Proof.

Structural performance is not based on appearance. It is based on:
• Load paths
• Structural analysis
• Member behavior
• Reinforcement detailing
• Deflection control

This is where trained engineers come in:
• Civil Engineers
• Structural Engineers
• Construction Engineers

They understand what governs the structure.

For example, many people cannot clearly differentiate between short span and long span behavior. Yet this is fundamental.

We design slabs using:
• Lx (short span)
• Ly (long span)

Deflection checks are governed by the effective span, not guesswork.

Load transfer is also span-dependent:

• One-way slabs transfer load along the short span
• Two-way slabs distribute load in both directions

What we have here is not correct.

The main reinforcement must be placed along the shorter span, not the longer span.

This is not a matter of opinion. It is basic structural behavior.

In slab design:
• The shorter span (Lx) carries higher bending stress
• Load is primarily transferred across the shorter span in one-way action
• That is where your main tension reinforcement must go

When you place the main bars along the longer span, you are:
• Working against the load path
• Reducing the slab’s load-carrying capacity
• Increasing the risk of excessive deflection and cracking

Yet, many people are still making this mistake on site.

Let me be clear:
• Main bars → shorter span
• Distribution bars → longer span

Anything outside this, without proper structural justification, is wrong.

This is not about experience. It is about understanding behavior.

If you don’t understand it, you will keep placing reinforcement wrongly and compromising the structure.

If you mistakenly change the orientation of reinforcement or misinterpret span behavior, you are not just making a drawing error.
You are introducing a structural risk.

Engineers are trained to:
• Analyze structural systems
• Design members correctly
• Detail reinforcement properly
• Interpret drawings with full understanding of load behavior

That is why engineers remain the custodians of structural integrity.

You either understand these principles or you don’t.
And on site, that difference shows.

DAQEN construction

30/03/2026

📌 WHAT IS SURVEYING?

- Process of measuring distances, angles, and elevations
- Determines relative positions of points on, above, or beneath the earth’s surface

📌 TYPES OF SURVEYING
- Plane Surveying – assumes earth is flat for small areas
- Geodetic Surveying – accounts for earth’s curvature, used for large areas
- Topographic Surveying – maps natural & man-made features
- Construction Surveying – guides building layout and infrastructure works

📌 SURVEYING INSTRUMENTS
- Total Station – electronic/optical instrument for angles & distances
- Level – measures elevation differences
- GPS – satellite-based positioning system

📌 SURVEY METHODS
- Triangulation – uses triangles to determine positions
- Traversing – series of connected survey lines
- Levelling – determines height differences
- GPS Survey – uses satellite signals for accuracy
- Training – practical field learning for surveyors

Surveying is one of the most important processes in civil engineering. It helps engineers measure distances, angles, and elevations to determine the exact position of points on the earth’s surface.

Accurate surveying is essential for planning, designing, and constructing roads, buildings, bridges, and other infrastructure.

Different types of surveying such as Plane Surveying, Geodetic Surveying, Topographic Surveying, and Construction Surveying are used depending on the project requirements. Modern instruments like Total Station, Level, and GPS make surveying faster and more precise.

Common survey methods include Triangulation, Traversing, Levelling, and GPS Survey, which help engineers collect accurate data for successful construction projects.

29/03/2026

Welcome to the official page of DAQEN CONSTRUCTION — where professionalism meets precision.

With a proven track record across Abuja, Port Harcourt, Imo, and beyond, we bring years of hands-on experience delivering quality construction projects that stand the test of time. Our team is committed to excellence at every stage, from planning to ex*****on.

At DAQEN CONSTRUCTION, safety is not optional — it’s a standard. We strictly adhere to HSE best practices to ensure every project is completed efficiently, responsibly, and without compromise.

Follow us for updates, projects, and insights as we continue to build with integrity, innovation, and expertise.

DAQEN CONSTRUCTION — Building the Future, Safely.