Takeoff and estimating tips that win bids.

Tiny houses are the newest internet trend reflecting the growing desire for people to live a smaller, more simple life. They’re designed to be more environmentally friendly by reducing the excessive resource consumption we’ve all grown accustomed to. In this article we'll explore Northwestern's Tiny House Project.

Most construction companies require boots with built in toe protection now, but what about your hands? It’s hard to find durable and reliable gloves while maintaining functionality and mobility of your hands but too little protection and you could end up hurting yourself. That’s where Mark VIII gloves come in.

The pre-construction readiness training program is a training program based out of Fort Myers in Florida that trains young unemployed people for the construction industry in a fraction of the time average training programs normally do.

Biosolid bricks could be the future of disposing human waste. Australia's RMIT University is responsible for researching and developing this innovative new product.

Sam100 is a semi-automated bricklaying robot designed for onsite masonry construction. Sam100 was made to assist with the strenuous task of lifting and placing brick.

Artificial intelligence in construction seems like something from a science fiction novel but it’s actually a lot closer to reality than you think.

KnitCandela is 3D knitted shell technology developed at ETH Zurich and the design was inspired by Felix Candela. The prototype is the first application that this technology is being used on an architectural scale.

Out of the over 10 million construction workers in the United States, only 1 million are women, but why should women consider a career in construction? Find out in this article.

The Guardian XO Max is a robotic exoskeleton designed to enable construction workers to lift heavy objects for prolonged periods of time without straining their muscles, this could be the future of construction.

A research team based out of Purdue University’s Lyles School of Civil Engineering have developed a 3D printed flexible cement that only gets stronger when pressure is applied.