Construction

Construction_and_Engineering

Construction Steel Carving Technique

Built with hammers and chisels! 🤔 . What do you think?

How to use Travertine Wall Panels

Differences in earthquake-proof systems shown at Tokyo's science museum.

How Rammed Earth Construction are done

The construction of Dr. Bhimrao Ambedkar International Cricket Stadium in Ayodhya, Uttar Pradesh is progressing quickly. It is being built on the Ayodhya Sultanpur road and will meet international standards.

Key Details: Seating Capacity Around 40,000+ spectators

Current Status: 80.5% construction completed, expected to start by the end of this year

This stadium will help promote sports tourism in Ayodhya and provide better opportunities for young athletes.

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Dr. Bhimrao Ambedkar International Cricket Stadium: A Landmark in the Making

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At least 4 Art Deco-inspired skyscrapers are under construction in NYC now.

Admont Abbey Library is the largest monastic library in the world, located in  Admont, Austria
Construction of the library began in 1774 and was completed in 1776.
The library features stunning ceiling frescoes by Bartolomeo Altomonte, ornate sculptures, and gilded details.

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Admont Abbey Library: A Majestic Monastic Treasure in Austria

Essential tool for drywall Construction

Yusufeli Dam construction timelapse, Turkey's tallest and 9th highest worldwide.

Efficient Cement Machine for Smooth Construction

Engineering is the backbone of modern civilization, shaping the world with innovation and precision. From towering skyscrapers  to high-speed bullet trains , engineers design, build, and maintain structures that improve our daily lives. Their problem-solving skills and creativity push the boundaries of technology, making the impossible possible.

In civil engineering, experts build bridges, roads , and dams, ensuring safe and efficient infrastructure. Mechanical engineers revolutionize industries with advanced robotics and high-performance vehicles. Electrical engineers power the world with cutting-edge circuits and smart grids, bringing energy efficiency to homes and businesses.

The marvels of aerospace engineering have taken humanity beyond the skies, enabling space exploration and supersonic travel. Meanwhile, software engineers are developing intelligent AI, cybersecurity systems, and next-generation applications  that connect billions. Biomedical engineers are transforming healthcare with prosthetics, medical imaging , and life-saving innovations.

Sustainability and green engineering are now critical, with engineers designing renewable energy sources such as solar panels and wind turbines . Smart cities, self-driving cars 🚘, and IoT networks are redefining the future, making life more convenient and greener. Engineers are the true architects of tomorrow.

The world’s best engineering is a fusion of creativity, precision, and relentless innovation. Every bridge, device, and system we use is a testament to the genius of engineers. Their dedication to solving global challenges ensures a brighter, smarter, and more sustainable future for generations to come. 

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The best engineering in the world

Essential Construction Machine

Villages across China are embracing cutting-edge solar technology, transforming rural communities into sustainable energy hubs! ☀️🏡 Engineers have designed and installed advanced solar panels on rooftops and open fields, harnessing the sun’s energy to generate electricity for homes, schools, and agricultural operations. This innovative approach reduces reliance on fossil fuels, lowers energy costs, and creates a more sustainable environment. The solar technology is equipped with smart tracking systems that adjust the panels to follow the sun, maximizing energy efficiency throughout the day. By integrating renewable energy into rural infrastructure, Chinese engineers are setting an example of sustainable development, empowering villages with clean, reliable energy.

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Villages in China adopt solar technology, promoting clean and sustainable energy

UK bricklayer robot is changing the game in construction!

I believe that, since it is a new technology and is just gaining market share in construction, it will not be cheap. However, it has all the potential to become established in the sector. And, regarding building a roof using robotics, it really is something more complex.

Say hello to next-generation construction. A UK-built construction robot from Construction Automation is taking on bricklaying – and it’s fast, accurate and nearly hands-free!

Here’s what makes it a game-changer:

Accurately reads digital blueprints

Autonomously lays bricks, corners and mortar

Tablet-controlled interface for easy operation

Requires just 2 operators (supervisor + material supply)

Delivers consistent quality, increases safety and productivity

But not without controversy…
Unions are raising concerns about job security and labour equality.

One thing is clear:
Automation in construction is no longer a concept – it’s a reality.

Would you trust a robot to build your house?

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Whole house IQ battery system installed for 22M sats? Worth it or nah?

BlokchainB

22M sats? That's a lot of money, even though everything probably seems cheap compared to Bitcoin. But for those solar panels and battery system to pay for themselves, it's going to take years and years, and both of them will lose performance over time.

When it comes to building the future, steel and hashtag concrete are the ultimate power duo. Together, they combine strength, durability, and versatility to create structures that stand the test of time. Here’s why this partnership is unmatched:

Strength: Steel provides tensile strength, while concrete offers compressive strength—perfect for handling heavy loads.
Durability: Concrete protects steel from corrosion, ensuring long-lasting structures.
Flexibility: Steel allows for innovative designs, while concrete provides stability and fire resistance.
Sustainability: Recyclable materials and energy-efficient construction make this an environmentally friendly duo.

From skyscrapers to bridges, steel and concrete work hand in hand to shape our world. What’s your favorite example of this dynamic duo in action?

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Steel + Concrete: The Perfect Partnership in Construction

By combining modular construction and local references, this project creates a walkable vertical village rising from a new city park.

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Walkable Vertical Village: A Modular Urban Oasis Inspired by Local Culture

Construction of the world’s first high-altitude bridge has entered a crucial stage with the start of the main cable wrapping process. This procedure involves tightly wrapping protective wires around the main cable, increasing its durability and protecting it from corrosion and weather damage. The wrapping process is essential to maintaining structural integrity and longevity. Workers use specialized machinery to ensure uniform wrapping and precise tensioning. This milestone marks significant progress on the project, bringing it closer to completion. The bridge, once completed, will feature cutting-edge engineering and construction techniques, setting new standards for high-altitude bridge construction.

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World's first high-rise bridge progresses: main cable winding begins

In architecture and engineering, understanding the composition of construction elements is essential to ensure quality and durability in construction projects. The following image illustrates a test specimen extracted from a floor, revealing its structural and finishing layers:

- Reinforced concrete – The structural base, ensuring strength and stability, generally with a thickness between 8 cm and 15 cm.
- Subfloor – Responsible for leveling the surface and distributing loads, varying between 2 cm and 5 cm.
- Waterproofing – Essential to prevent infiltration, usually has a thin thickness, between 1 mm and 5 mm.
- AC3 mortar – Used to install ceramic coating, with a thickness between 3 mm and 1 cm.
- Ceramic flooring – Final finishing layer, with an average thickness between 6 mm and 12 mm.

Note: The thickness of each layer may vary depending on the type of project, materials chosen and technical specifications. The image is an excellent teaching tool, even if some layers are slightly thicker than in practice.

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