Why BIM is great for your hydraulics project

In recent times, technology has improved across all fields and professions. For engineers, they have building information modeling (BIM). It uses a special type of software to design various structures. Part of using technology, you would see hydraulic BIM documentation showing up for waterwork-related projects.

So, when your hydraulic consultant recommends the usage of BIM, would there be reasons to consider the idea? Of course, there is! Everything under the sun has its set of pros and cons. And, BIM shouldn’t be any different.

So, why use BIM for your plumbing, irrigation, and water harvesting projects?

What is BIM?

First, let’s define what BIM is. This is a piece of computer software that makes it easier for a civil engineer or hydraulic designer to plan and design any infrastructure. Over the years, BIM has been adopted by engineers across many countries.

While it is widely believed that it is used to visualize hydraulics projects, BIM actually has far more benefits than letting you “see” the results.

Faster, more efficient engineering

Faster designing:

BIM allows an engineer to compute measurements much faster. This allows them to allocate more time in creating ideas than just calculating how much volume a certain pipe can handle in a specific waterway.

Less guesswork on materials:

With hydraulic BIM documentation, contractors no longer have to eyeball how much material they’ll need to purchase for a project. The engineer would have already calculated the exact amounts needed, as opposed to relying on estimates. There will no longer be the need to go back to the hardware because the workers ran out of pipes or cement.

Better adjustments:

“To err is human,” they would always say. However, when it comes to engineering, errors can lead to massive losses. Unwanted animal intruders, seasonal flooding, and water flow blockage can’t exactly be written down on a blueprint.

With BIM, any events that cannot be foreseen on paper can be anticipated.

Full transparency:

Anyone who is granted access to the hydraulic BIM documentation can see what’s happening in real-time. From planning to implementation, project managers and contractors can see what needs to be installed where. It also allows for the plans to be adjusted and corrected should new variables arise.

Practical testing:

In the past, smaller mock-ups of the structure should be created first and tested before going ahead with the construction. Not anymore with BIM. The computer can simulate any form of testing, so scale models won’t be necessary anymore. This saves time for everyone, as they no longer need to build and test miniatures.

Of course, there would still be disadvantages with BIM. Not everyone has caught up with the times and still rely on outdated practices. These engineers and contractors don’t have the means to use BIM.

Engineers and designers now have the tools to build better and stronger hydraulic systems with BIM. From planning and implementation, time and money saved are very clear. No wonder that BIM is the future of engineering.

There is always a structure to be built to solve various problems. Need someone to design and construct plumbing plans, irrigation systems, or portable water services? Get an engineer who uses BIM! Visit dmaengineers.com.au to learn more.