The algorithm in Quantm helps you evaluate all sorts of constraints by applying quantities, geometry, cost, noise, structures, drainage, landscape, the algorithm automatically calculates and displays all possible corridors in just a few minutes.
Quantm version 2021 has opened the possibility for direct communication between Quantm and Quadri. Therefore you can easily import any information to Quantm, and just as easily export it to other software that is connected with Quadri. With a few clicks, alignments found in Quantm can be sent to Quadri.
The improved data flow between scoping, concept, feasibility, detailed design, and construction help engineers and planners deliver improved results faster. Using bidirectional task integration, Quantm can now receive terrain models and GIS data directly from Quadri, the civil BIM collaboration platform. The connection is bi-directional, this means you can also send alignments from Quantm back to Quadri, making this data accessible to other users with access to the Quadri BIM model.
Whenever during an infrastructure project phase; tender, feasibility study, or in the detail design stage, with whatever tool you are using - send the alignment directly back and forth to Quantm through the direct integration with Quadri. Check the real-time quantities, cost, and CO2 emissions from construction and future traffic from the alignments you have designed. But is your alternative the optimal alignment considering all constraints?
Run a validation of all feasible corridors to confirm the optimal placement of the project. The algorithm in Quantm helps you evaluate all sorts of constraints by applying quantities, geometry, cost, noise, structures, drainage, landscape, the algorithm automatically calculates and displays all possible corridors in just a few minutes. You can also add GIS and geology from helicopter scanning to reduce the overall risk of the project.
Engineers can now challenge existing planning methods, test all kinds of scenarios and consequences. Empower your team with information to do optimal decisions with all necessary information. Learn more here.
