The construction industry needs a digital revolution. Even though it is the world´s biggest employer, the industry has been posting profitability losses for over three decades. Absence of efficient collaboration, little use of digital technologies, increasing regulatory constraints; the construction sector has much to gain by adopting new building methods using additive construction. Greater creativity, more flexibility, less material waste, lower carbon footprint, lighter and sturdier structures, these are just some of the advantages put forth by XtreeE, a team of digital enthusiasts who believe it is finally time to free this industry from the constraints of its past. The project with the 3DEXPERIENCE Lab aims to industrialize the digitization of the construction industry to further advance its transformation.
While one of the most booming industries in the world, the construction industry is also the only industry that has seen its profitability plunge over the last 30 years. Why? Partly because of more and more stringent regulations and constraints, and the fact that companies have simply been building the same way for decades (disciplines working in silos, absence of digital representation, poor or no lifecycle management).
While BIM (Building Information Modeling) has been gaining ground over the years in design, it does not solve all the industry´s ills. Infusing a more digital approach to design is the right approach but defeats the purpose if construction methods are not revamped as well. The industry is, therefore, challenged to improve the quality of execution while reducing costs.
One innovative solution is taking root and it involves replacing traditional construction methods with 3D printing, also known as additive construction. The technique has been given a new twist by Philippe Morel, architect and founder of EZCT Architecture & Design Research, who brings his passion for 3D and the digital world to the table.
After three years collaborating with robotics manufacturer ABB, robotics software developer HAL Robotics, and concrete industry giant LafargeHolcim, Morel founded XtreeE to revolutionize architectural design and construction using advanced digital technologies and additive construction techniques. Thanks to this process, and freed from the constraints of linear concrete forms prevalently used in construction, XtreeE strives to liberate architects´ imaginations by providing them with the ability to design the most complex shapes and to see them come to life.
Some advantages of additive construction:
XtreeE is a multidisciplinary and close-knit group of seasoned architects, some of which are professors with a passion for digital technology, junior architects who are very much aware of the latest innovations in our digital ecosystem, civil engineers, material research engineers, scientists and roboticists. Every team member shares the same ambition: to democratize the use of additive construction.
XtreeE is working with the Dassault Systèmes 3DEXPERIENCE Lab to industrialize the digitization of the construction industry to further advance its transformation. Dassault Systèmes provides XtreeE with access to its design, simulation and manufacturing solutions on the Cloud. It also created a community on the 3DEXPERIENCE platform so that people interested in XtreeE´s project can share ideas and contribute their experience and know-how. Finally, Dassault Systèmes provides the team at XtreeE with mentoring and consulting services on how to best use its solutions.
Marine energies are emerging, being a credible alternative to electricity generation from carbon sources.
In 2017, the market of professional drones is projected to increase to 3,7 billion of euros (Gartner source). Services associated to drones grow up and the autonomy of the machines is optimized. From design offices to operating departments, what are the appropriate devices for collecting data?
Urbanisation, Digital Transformation, Climate Change are the key challenges now. On Transportation and Mobility, the current paradigm is : one size fits for all. At XYT, we do not sell cars, we deliver tailored mobility solutions for our clients’ business operations, to maximize value creation in a better future.
The satellite market has been disrupted by the miniaturization of the technology. Lots of small satellites have been created and they aim to provide data for Earth observation, surveillance, telecommunications, smart cities, connectivity, meteorology, emergency responses, ...
According to the World Health Organization, 75 million of people need a wheelchairs in the world. But the common wheelchair is an obsolete technology. Many situations, both professional and personal, call for an adapted system:
While farming today requires a large investment in machinery, it generates relatively low revenue; and accommodating ecology demands asks farmers to invest more time and take more risk. Using robotics could help farmers with low value-added, time-consuming work, reducing costs and helping mitigate risk.
Earth is warming up, natural disasters are more frequent and imminent and destructive, and citizens of the world are slowly but steadily inching towards a new found reality about investing in the well-being of their future generations to come. The renewable energy share of total final energy consumption gradually increased from 16.6 per cent in 2010 to 17.5 per cent in 2016.
Do you think your project is the next big thing?
Join the team !