Those I spoke to at SPAR3D 2016 last week were amazed at the progress the 3D laser scanning/reality capture products had made over just one year. Many people attended in order to find out if the technology would be right for their organization and what it would entail in terms of a learning curve, and of course, how much it would cost.
Archive for the ‘Cloud’ Category
Typically, Autodesk announces the latest version of its software in the spring of each year, and this year is no exception.
The four morning keynotes kicking off SPAR3D 2016 in The Woodlands, Texas, Tuesday morning included Eddie Paddock, Engineering/VR Technical Discipline lead, NASA Johnson Space Center, Greg Bentley, CEO Bentley Systems, Inc., David Smith, CTO, Wearality, and Curtis Chan, technical evangelist, Autodesk.
Dame Zaha Hadid, the Iraqi-born architect who was the first woman to win the Pritzker Prize for architecture, died last Thursday in Miami at the age of 65. Hadid died of a sudden heart attack while being treated for bronchitis in the hospital, according to her office, Zaha Hadid Architects in London.
Buildings are now generating vast amounts of data, cities need to be sustainable, flexible and producers of resources. AEC professionals must also have their eye on environmental impact and diminishing greenhouse gas emissions in design and construction as well as operations. As owner/operators get more involved in the entire lifecycle of the project, there is a greater need for convergence and collaboration of AEC teams.
Over the past few years reality capture has taken the AEC world by storm, with ever increasing attention to being able to collect, process and import data more efficiently and accurately. New technologies and the cloud have created the opportunity to use reality capture more affordably and efficiently, so that many more users can take advantage of the data collected. This technology is considered disruptive because in many cases it displaces previously used technologies and processes, that were more laborious, costly and less efficient.
The construction industry is driven by documentation in the form of submittals, contracts, record sets, and RFIs. While this is still a priority, the design teams are adopting BIM, and there needs to be a way to consolidate all the information coming from various stakeholders on the project.
Autodesk’s BIM 360 Docs web service was just made available as a commercial product. Designed for the entire construction project team, BIM 360 Docs ensures that the entire team works from the correct version of documents and plans. Addressing the entire AEC lifecycle, BIM 360 Docs includes tools for publishing, managing, reviewing, editing and approving all project plans, models and documents from the beginning stages of the project all the way through owner occupancy. The cloud-based service is available on all devices or desktop, so that it is a complete collaborative tool.
Unlike typical document management platforms available on the market, which are generally in the form of document management platforms, AEC drawing viewers or model viewers, and project management apps, BIM 360 Docs goes beyond the focus on specific people or goals to putting the project at the center of the technology instead. The single cloud-based repository holds all project documents, models and plans for the entire project team.
Two topics coming up for February timeframe on AECCafe Voice:
Collaboration platforms and the Cloud
Recently Graphisoft hosted a webinar outlining an historical project where they used laser scanning point clouds and ARCHICAD 19 to produce as-built drawings of the Arizona State Fairgrounds Grandstand Building.
AECCafe Voice recently interviewed CEO of Newforma, Ian Howell on topics including the management of project information today and how to make information from disparate systems talk to other.
Given the huge rise in the amount of digital information generated today, what do you think is the most effective way to manage all that information?
Ian Howell, chief executive officer, Newforma: “Huge rise” is true: When Newforma began in 2004, a large project generated 100 gigabytes of data. Ten years later, the largest project being managed by our customers generated 6.5 terabytes of data – 65 times as much! This growth is a consequence of a few factors: building designs are more ambitious across the industry, as illustrated by such high-profile projects as the one-kilometer high Jeddah Tower and the Apple Campus 2 headquarters; and building requirements are more complex as a result of factors such as sustainable design, concern for carbon footprints, etc.
To manage this explosion of digital data, customers have had to scale their systems and implement a project information management strategy that dovetails with the applications and systems already in use.
A consequence of handling so much more information on every project is the burden of trying to keep it organized. However, our experience shows that busy project team members rarely have the time to comply with the filing rules and meta-data tagging required by structured document management systems like SharePoint.