The engineering paradox: increase speed and quality

It’s the daily reality for every engineer: pressure on the design phase is increasing, while projects are becoming more complex and margins are razor-thin. However, in the race to meet tight deadlines, a dangerous paradox happens, where speed can become the enemy of quality. Errors overlooked in the design phase result in expensive failures, delays, and disputes on the construction site.

Speed and quality don’t have to be at odds. The secret lies in redesigning the design process: stopping traditional drawing and starting data-driven engineering.

The truth is, a design error resolved digitally costs a few mouse clicks. Resolving that same error on the construction site means demolition, reordering, and stagnating schedules. It’s the ultimate margin killer.

How do you break this chain reaction and set up a design process that delivers faster AND eliminates failure costs? These are the three crucial pillars for the modern engineering:

Direct modelling with real manufacturer data

Move from manual drawing to configuring

In the traditional method, an engineer spends a lot of time manually looking up, checking, or drawing components themselves. Generic objects are often used for modelling. This may seem to work quickly in the design phase, but it forms a ticking time bomb for the execution.

• The risk of generic modelling: A generic component lacks the exact geometry and connection details of the reality. In practice, the product might turn out slightly larger, or the connections might be located elsewhere, causing physical installation to inevitably stall.

• The strategic shift: By designing directly with verified, rich article data from manufacturers from a central database, the work shifts from traditional drawing to smart configuration.

• The result: The design is significantly faster to complete because the data is already available. Furthermore, you have the absolute guarantee that the ordered articles will always fit exactly on the construction site. This definitively closes the persistent gap between the digital drawing board and the physical reality.

Automated and integrated standard calculations

Let the software do the heavy calculation work

Manual data transfer between CAD/BIM software and external calculation programs or spreadsheets is one of the largest sources of inefficiency and errors within the design phase. When something changes in the model, the calculation must be manually adjusted. This is not only time-consuming, but it also invites errors.

The modern engineer works with integrated standard calculations. When something changes in the design, the model automatically recalculates. You immediately see whether the product or route itself complies with the applicable standards (or legislation and regulations). This radically increases calculation accuracy and safeguards safety and quality, without requiring an additional administrative action. Speed and validation thus go hand in hand.

Cloud-based clash coordination

Solve problems behind your desk, not in the concrete

Proper collaboration stands or falls with one central source of truth. Sending emails, loose screenshots, and disjointed BCF files about model deviations back and forth causes miscommunication and delays. It ends up as unnecessary noise under the guise of being collaborative. 

By bringing clash coordination completely to the cloud, all disciplines collaborate live in a streamlined ecosystem. Problems are no longer identified retrospectively, but coordinated in advance:

• Direct synchronisation: Changes and comments are loaded directly as tasks into the engineer's trusted design environment.

• Preventive problem solving: Clashes are identified and resolved at the exact coordinates, even before construction actually starts.

• Cost reduction: Bottlenecks are resolved in the engineering phase, the moment when the costs for an adjustment are still minimal. This results in flawless execution, shorter lead times, and guaranteed returns on the construction site.

The transition to integrated working

In the modern construction and installation sector, speeding up the engineering process is about working harder and working smarter. By automating manual actions, breaking down data silos, and opting for integrated software, space is created again for the love of the job: designing technical marvels that fit perfectly on the construction site first time.