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Showing posts from December, 2010

Leading by example- Ark Hotel Construction shows How Prefabrication can Change the Face of Construction Industry

This video titled "Ark Hotel Construction time lapse building 15 storeys in 2 days" surfaced only last month on the internet and it was seen more than 3.8 million times on Youtube alone. And there is a reason for that. It took just six days to build the Ark Hotel in Changsha, China. According to the video, no stationary cranes were used in construction and there wasn't single injury among the site's workers. The 15-story sustainable hotel already had its foundation but using pre-fabricated columns and modules as well as modern construction techniques, construction workers took just 46 hours to finish the main structural components and another 90 hours to finish the building enclosure. Construction Details: Level 9 Earthquake Resistance: diagonal bracing structure, light weight, steel construction, passed level 9 earthquake resistance testing 6x Less Material : even though the construction materials are much lighter(250kg/m2) than the traditional materials(over

A Visit to Toyota Texas Plant in San Antonio Texas and Lessons Learned for Construction

On November 19th, 2010, I got a chance to visit Toyota Texas Plant . It was truly a great experience. One because it was a Truck Manufacturing Plant and second because I got to see Toyota Production System (TPS) in action. Toyota is where the concept of 'lean' was first born in 1930's. This visit was very significant for me as I was reading about lean in manufacturing throughout my masters at Texas A&M and this was a time to see how things actually get done at Toyota plants. We were very well received by the plant management at the Visitors' Center and taken to the assembly lines later after a short presentation on Toyota Texas and TPS. This plant started manufacturing trucks (thats what Texans like the most) called "Tundra" and "Tacoma" in year 2006. Both trucks are manufactured on the same assembly line with the help of automatic changing dies (that typically take 5 min on avg) and about 400 robots. The plant works in 2 shifts and produce aro