Justified Group

13/08/2026

Clean blockwork is the foundation of good finishing. 🧱👷‍♂️

Every course must be properly aligned, the joints should be consistent, and the corners must be built accurately. When the blockwork is neat at this stage, the finishing work becomes much easier later.

What do you think about this blockwork — is the workmanship neat enough? 👇

12/08/2026

Neat work is what we do
CONSTRUCTION 🚧 COMPANY

11/08/2026

Today's work is reinforcement fixing and center excavation for this duplex project. These are very important parts of the construction because they help make the building strong, safe, and long-lasting. Good construction starts from the foundation, so every measurement and every reinforcement bar must be checked carefully before concrete is poured.

Builders, engineers, and construction workers: What do you always check before casting concrete on reinforcement? Share your experience in the comments. Your advice may help someone learn and build better.

11/08/2026

What could be the cause of this failure, and how can we correct it? 🤔🏗️

Let’s hear from the engineers, builders, site supervisors, and experienced professionals here.

If you were the one handling this project, what would you check first, and what correction would you recommend?

There may be different approaches to this situation, so let’s learn from one another. 👷‍♂️

Drop your professional opinion in the comment section. 👇
If you find this useful, like, share, and tag someone who can contribute to the discussion.

09/08/2026

ASSUMPTION
Let's assume the external building is:
50 ft × 40 ft
So the external perimeter is:
P = 2(L + W)
P = 2(50 + 40)
P = 2 × 90
External perimeter = 180 ft
Now, we also have internal partition walls.
For this example, let's assume all the internal partition walls combined give us:
100 ft
This includes the partitions separating the bedrooms, toilets, parlor, dining, kitchen, laundry, etc.
So:
External walls = 180 ft
Internal partitions = 100 ft
Therefore:
Total wall length = 180 + 100 = 280 ft
NOW LET'S CALCULATE THE 5 COURSES TO DPC
Let's assume the DPC is 5 courses of 9-inch-high blocks.
One block has an assumed face dimension of:
18 inches × 9 inches
Convert to feet:
18 inches = 1.5 ft
9 inches = 0.75 ft
Therefore, one block covers:
1.5 × 0.75 = 1.125 sq ft
But there is an even easier way to calculate it.
Calculate blocks per course:
Total wall length ÷ block length
280 ÷ 1.5 = 186.67
So approximately:
187 blocks per course
We are using 5 courses to reach our assumed DPC level.
Therefore:
187 × 5 = 935 blocks
So our estimated block requirement from ground level to DPC is:
🧱 935 BLOCKS
Now allow some wastage/breakage.
If we allow approximately 5%:
935 × 5% = 46.75
Approximately 47 blocks.
Therefore:
935 + 47 = 982 blocks
✅ ASSUMED DPC BLOCK QUANTITY ≈ 982 BLOCKS
For ordering, you could round it to approximately:
1,000 BLOCKS
⚠️ IMPORTANT
This 1,000 blocks is NOT the exact quantity for the building in the photograph.

09/08/2026

🐐 Question for you: If you were the one working on this concrete, what would you do after seeing this goat walking on the fresh concrete? 😂
Would you chase the goat away or just leave it? 👇🏽🤣

08/08/2026

https://www.facebook.com/reel/1945405639461132/?mibextid=rS40aB7S9Ucbxw6v

08/08/2026

07/08/2026

Another project moving steadily to the DPC stage. 🏗️
A strong building starts with a solid foundation. Here, the DPC level and ring (plinth) beam are taking shape to provide a stable base before walling continues. Neat workmanship, proper alignment, and attention to detail at this stage help set the standard for everything that follows.
If you were supervising this project, what would you inspect first at the DPC level? Let's hear your thoughts in the comments. 👇

05/08/2026

Answer carefully, which of them will make the best strengthen concrete?