A paradigm shift in the field of building design from CAD that has been a standard for decades to the new world that is (BIM) has become the most important and interesting topic in every discussion – whether it is related to industry experts or for a novice who wants to build a career in the field of architecture, engineering and construction(AEC).
The building and design world experienced a drastic and perpetual change, when pencil, pen, sheets, and drawing boards were dropped for Computer-Aided Design (CAD) software. The presentation of 2D, and afterward 3D, CAD Modeling helped and opened new entryways for a wide range of architectural design projects.
The objective was to enable developers and architects to do better planning, better results, and keeping pace with fast developments, and a lot more points of interest to them.
Being an aspirant in the field of building and design we all have to take a deeper dive into the concepts and applications of BIM and how it can be beneficial to achieve our career goals.
In the following paragraph, we have tried to explain the BIM in simple terms for a better understanding of those, who are new and freshers in the field of building design and AEC (Architecture, Engineering, and Construction).
BIM stands for Building Information Modeling. BIM is a very much talked about topic in the AEC industries, yet there is still not adequate clarity about what exactly it is, what is it used for and who ought to use it?
Few will say that BIM is a sort of Software. Few others will say BIM is the 3D virtual model of the building. Still, others will say that BIM is a procedure or BIM is simply the assortment of all building information composed into a building database simple to inquiring both in a “visual” and a “digital” way.
Actually BIM is all the above and something more. Now we should look at BIM’s explanation in amateur’s terms. With regard to BIM, everything begins with a 3D virtual model of the Building. This model, however, is far more than fine geometry, and some materials for textures applied over it for visual effect.
A genuine BIM model comprises of the virtual counterparts of the real structure parts and pieces used to manufacture a structure. These components have all the attributes – both physical and intelligent – of their genuine partners. These clever components are the advanced model (digital prototype) of the physical structure components (i.e. building), for example, walls, columns, beams, trusses, windows, doors and so on, that permit us to simulate the building and understand its behavior in a computer environment before the actual development begins.
Everything considered with the methodology of flexible developments, for instance, iPhones/iPads and the likes, utilization of BIM has broken out from the nearby hover of experts. Customers, building proprietors and administrators are getting increasingly more access to BIM models through their cell phones even without the need to introducing a BIM application first. This move will put the reception of BIM onto the following level so you as an expert truly can’t bear the cost of disregarding BIM.
BIM is useful (Application) for following-
While there can be a few unique objectives to satisfy by the making of a purpose-built BIM model that may contrast both in their focus, scope, complexity, level of details and the significance of information added to the 3D model, obviously the most insignificant utilization of a BIM model is for making pleasant visualization of the being to be constructed. This is useful for both helping your design decision by comparing different design alternatives and for “offering” your design to your client or even to the neighborhood network that may have a veto about the entire building project.
Since information stored at a centralized location in a BIM model, any modification to the building design will automatically replicate in each view such as floor plans, sections, and elevation. This aides in making the documentation quicker as well as give rigid quality confirmation via programmed coordination to the various views.
BIM models contain architectural information as well as the full depth of the building information including data related to the distinctive engineering disciplines, for instance, the load-bearing structures, all the ducts, and pipes of the different building systems and even sustainability information additionally with which all the characteristics of a building can without much of a stretch be reproduced well ahead of time.
BIM contains information that isn’t ostensibly addressed in any way shape or form. Scheduling information, for example, clarifies the basic work, coordination, and anything that may influence the out to happen to the undertaking plan. Cost is additionally part of BIM that permits us to perceive what the spending plan or evaluated cost of a project may be at some random point in the time during the undertaking.
It is clear that all of these data put in a BIM model isn’t only significant during the design and construction phase of a building project anyway can be used all through the entire building life-cycle helping with reducing the operation and management cost of buildings which is in any event greatness more than the whole expense of development.
While talking in technical terms, we can summarize the above discussion in some bullet points and give some concrete definition with its applications.
Building Information Modeling (BIM) is an intelligent 3D model-based process that gives architecture, engineering, and construction (AEC) professionals the insight and tools to more efficiently plan, design, construct and manage buildings and infrastructure.
• Use intelligent, associated workflows to help improve consistency, efficiency, and profitability.
• Deal with the design and construction of intelligent piping, structures, and processes even more adequately and collaboratively throughout project life-cycle and close by off.
• Digitize your building site and interface experience data from structure through new development and handover.
Fortunately, you are at the best place to learn about BIM. Please avail this opportunity and visit CAD CREW Technologies and enroll to our offerings and secure your candidature in the field of building construction and design. And get fully prepared for the latest major paradigm shift in this industry. It is aptly said that in the future, the people who will be employed, will be the people who are future-ready!!