DYNAMEQ is a vehicle-based traffic simulation and dynamic traffic assignment (DTA) software for operational traffic planning, providing high resolution traffic modeling at a wide range of scales.

CoP2 is an innovative computer program for the design of joints in steel and composite structures. The calculations are made in full accordance with the new Eurocode 3 (EN 1993-1-8) using the so-called component method. This new calculation method not only leads to a more economic structural design, it also gives a better insight into the behavior of the joint. The joint is central here, as it is an important factor in determining the costs of a structure. In close cooperation and with the support of the steel industry, a user-friendly calculation program has been developed. Using modern software techniques the software fits perfectly with the needs of engineers and draughtsman. All joint details will be defined in clearly arranged data input masks. During input, all data will be visualized in scaled 2D or 3D views. A data check module monitors if the requirements of Eurocode 3 (for example bolt end distances, required weld sizes, etc.) are fulfilled. If needed, valid values are proposed.

WIN-Statik is an easy to use structural engineering software for common design tasks. It contains both analysis and design that is performed in accordance to Eurocode with different national annex. The software is widely used in Scandinavia and has been the main design tool for structural engineers for the last 35 years.

Orbit 3DM Content Manager provides management, optimization, and delivery of any 3D Mapping content. More info

Runoff Lab is a calculation and analysis tool aimed at professionals who have to deal with hydrological computations. Runoff Lab makes elaborations such as probabilistic interpretation of pluviometric series, calculation of pluviometric probability curves, definition of synthetic pluviograms, and inflow-deflow transformation extremely simple and intuitive. The attention given to the design of the user interface allows for an extremely intuitive and easy-to-use program: the use of tree navigation menus, the assignment of relationships between entities by simple drag-and-drop operations, the Copy/Paste of created entities, and the unlimited Undo/Redo series are just some of the features that allow for a high learning curve in the use of the software.

FEM-Design is an advanced modeling software for finite element analysis and design of load-bearing concrete, steel and timber structures according to Eurocode. The unique user-friendly working environment is based on the familiar CAD tools what makes the model creation and structure editing simple and intuitive. The quick and easy nature of FEM-Design makes it ideal for all types of construction tasks from single element design to global stability analysis of large structures and makes it the best practical tool for structural engineers.

NormCAD выполняет расчеты строительных конструкций по СНиП и готовит проектную документацию для представления заказчику и в органы экспертизы:

The increased need for up-to-date geospatial information in many of the traditional applications as well as in emerging areas such as navigation or location-based apps requires a new approach to data processing: rapid updates over large areas in the shortest possible time. To be a true No 1, the world’s most efficient airborne sensors still rely on an efficient and fast data processing workflow.

Pointwise - программа для построения трёхмерных сеток различных CFD и FEA приложениях. С помощью этой программы вы можете сделать сетку вокруг любого типа объекта с разнообразной геометрией. Сетки в Pointwise, могут использоваться с программами для анализа, включая вычислительную гидрогазодинамику (CFD) и конечный анализ элемента (FEA). В Pointwise включены фильтры для экспорта сеток в популярные форматы, в том числе для трёхмерных программ. Вы можете строить сетку вокруг любого типа объекта, используя Pointwise это не ограничено никакой специфической геометрией.

EMME is a complete transportation forecasting system for planning the urban, regional and national movement of people. EMME is used to create digital transport models for travel demand forecasting, traffic planning, transit service planning, and related applications to provide an evidence-base for transport strategy and policy decision-making. By modeling the people, places, processes, and options involved in travel, transport planners can evaluate transport system performance on any number of virtual scenarios prior to implementation. EMME powers some of the world’s most demanding transport models with trusted algorithms and rigorous procedures.