A Look at How BIM is Transforming Architects' Career PathsTweet
The advent of digitization has led to not only new building methods but also new approaches to imagining architecture and designing it.
The result is that more and more AEC firms are starting to adopt digital practices, and a majority of them believe their digital potential has not yet been fully realized.
As a result, AEC firms worldwide are looking to develop a workforce that is future-oriented and technologically efficient.
How do architecture firms determine which candidates to hire?
Collaborative design is integral to BIM, and industry professionals have stressed its importance time and time again. In projects where many stakeholders are involved - from architects to contractors to engineers to construction managers and clients - cloud collaboration via BIM software makes data exchanges and resource allocation more efficient.
As a result of the Pandemic, cloud collaboration has become more widely adopted, enabling professionals to work more flexible hours and promoting remote work environments. BIM professionals have also been able to carry on with their projects as usual, without fear of losing their jobs due to a turbulent job market, thanks to cloud collaboration.
The importance of this is emphasized especially in the live capstone project, where learners are taken through a simulation of a real-world BIM project that follows the structure laid out by RIBA, as part of the course's live capstone project. In this particular field, software knowledge is, of course, one of the most important skills. However, one must understand how the software works, the way it is used in the real world, and how it is implemented.
Digital skills for architects: how can they be acquired?
Some architecture graduates prefer quick up skilling courses over two-year Master's programs that leave them debt-ridden and ill-prepared for the real world than long, costly master's programs. In many higher education institutions, curriculum development has not kept up with the evolution of digital practices in the real world, which has facilitated this shift.
BIM also lacks a wide range of Masters's courses in general, especially at the graduate level. The training of BIM and related digital skills is only available at a handful of institutions worldwide. The government typically mandates the use of BIM in developed nations. Additionally, these Masters's programs are expensive and therefore not accessible to most students.
The merits of Implementing BIM
More Economical and lesser wastage
In order to improve their processes, contractors and designers can take advantage of BIM software. Costs can be reduced and waste can be reduced as a result.
As a result of BIM, contractors are able to make better material decisions, the construction work is streamlined, and human errors during construction are minimized. It is possible for contractors to reduce the number of wasted materials by improving the planning stages via BIM. As a result, it can lead to a reduction in costs.
Better Collaboration and Communication
In BIM, collaboration is emphasized. Collaboration and communication are made easy with cloud-based BIM software. At anytime and anywhere, they can access the latest models and information. The result is fewer unnecessary meetings and fewer bottlenecks in the work process.
Contractors can also make changes to the model even when they are not on site, because architects can adjust their designs instantly. Smoother, more efficient projects are the result of improved communication and collaboration.
As a result of BIM, construction projects have a shorter life cycle and are more efficient. It becomes easier to manage and quicker to complete all aspects of the preconstruction and planning phases.
Collaboration and communication between different people involved in the project are also greatly improved when BIM plans are used. This allows various professionals to access BIM plans at any time and ensures that everyone is always working with the most current model. When incorrect or inaccurate information is used, errors and rework are reduced.
To get online demonstration, watch the following video tutorial.
Video Source: Oneistox
An improved understanding of the project
An advantage of BIM plans is that they offer a more realistic 3D view of the project's eventual outcome. Therefore, you will be able to get a better idea of what the end result will look like if you do this. As a result of this, contractors, as well as the client, will be able to have a better understanding of how the asset has been constructed.
This will not only help you learn more about the building, but will also help you avoid unnecessary rework. Planners can get a good understanding of what will work and what needs to be changed by looking at realistic 3D plans of a project. This gives contractors the opportunity to make changes during pre-construction before they become an issue during construction. You can save a lot of money and time by avoiding rework.
Other Skills required becoming an architect
You will, of course, need to draw something at some point aside from the business side of things. It is important to understand the processes and methods used, including how to scale accurately, whether the process is traditional drafting or the use of Computer-Aided Design (CAD) software.
In the first few minutes of receiving a client brief, top architects are already picturing their creation in their heads; visualizing is an important skill for all artists and designers. If you cannot visualize your design in the first place, how will you ever get it onto paper once various changes have been made and certain obstacles have been overcome.
Proper knowledge about building and Construction
Building designers without construction knowledge are essentially just 3D artists. Thus, architects must understand the materials, methods, and tools used to construct and repair buildings and other structures in order to integrate that knowledge when designing.