From concrete construction to construction equipment supplier and construction superintendent, U.K. firms have emerged as global players in the construction industry.
As the U.N. Special Rapporteur on the Right to Housing and Human Rights has noted, there is “a clear need for a better understanding of the role of U.R.H.H., particularly as it relates to the construction sector.”
The United States is the country with the largest number of contractors and subcontractors in the U, according to the World Bank, and its share of the global construction market is growing.
U.C. Davis and the University of Michigan have both developed and deployed a number of technology-enabled solutions to support the construction of homes and buildings, such as smart contract management, virtual reality, and cloud-based platforms.
The U.B. of Architecture and the Boca Raton-based architecture firm Boca Design, for example, has developed a proprietary platform that automates the process of building a home by integrating building management systems.
In addition, many U.A.E. companies are creating and integrating software that helps them build the same type of complex buildings and other types of complex infrastructure in a matter of minutes.
The National Council on Technology and the Arts and the UB’s Institute for the Humanities have collaborated on a project to support technology development in architecture.
These projects highlight the importance of technology and the ability to integrate it with the arts and humanities, as well as the critical importance of providing the skills necessary for a diverse workforce.
The International Academy of Architectural Design, an organization founded in 2007 by the architects of the United States, is one of the most important organizations that helps to support this effort.
“There is a huge need for architectural design education in schools,” says Jonathan Fassett, the institute’s director of design.
“It is a critical component in helping architects develop a new set of skills, skills that will be useful for all kinds of jobs, including those of architects.”
As a result, there has been an increased interest in the technology aspect of architecture, Fassetti says.
The academy’s current curriculum includes three courses on technology, with a fourth course designed to develop architects’ communication skills.
For the last two years, the academy has developed an online program, where it hosts training sessions for architects who want to become architects.
“We are actively working with other institutions to get our curriculum on the web,” says Fasset, who also oversees the academy’s architecture program.
The curriculum, which has been in use since 2007, includes six courses on digital and digital engineering.
The institute’s online architecture course is the most popular, and it is also the one that most of the academy graduates are taking, Fasseett says.
“For most of us, this is what we want to learn and how to be successful.”
The institute has developed courses that aim to help students navigate the architectural landscape.
In particular, it offers an introductory course on building software, which is often the first step in getting into the field.
The next four courses offer a wide range of topics, including data visualization, software engineering, and project management.
There is also a more advanced course on virtual and augmented reality, which focuses on how to use technology to help people design more complex environments.
The online courses have been especially popular with architects who are entering their third or fourth year of graduate studies, Fassingett says, and have been successful in attracting the students who need help with the first four courses.
“The demand for architecture and design education is enormous,” he says.
With the academy expanding its digital architecture program and expanding its architecture program to the rest of the university, FASSET is optimistic that the number of architects coming into the academy with skills that could lead to careers in architecture will continue to grow.
“As a university, we have a great opportunity to make a difference,” he concludes.
The report, Building for a New Millennium: The Future of Architecture and Construction, is available online at www.sos.org/building2020.