DRP is not a design program for various devices, but is a device rating tool. It should be noted, however, a user with sufficient technical background can use the program as a design tool. In contrast to the previous FRI rating programs that were either a single device, single process (individual device programs) or single process, multiple device (FRI Tray program), DRP is a multiple process, multiple device program. As such, the users can use a single process stream and rate multiple devices side-by-side, or have multiple processes and rate them with one device and view the results side-by-side. The program allows the user to import input data from various process simulators, using XML format.

CSI SAP2000 - cистема трехмерного статического и динамического анализа методом конечных элементов и проектирования сооружений.

WEGWEIS ist die RWB-/RWBA-konforme Lösung für alle Aufgaben der Beschilderung. Knapp 1.000 Musterschilder und Bausteine decken alle Anwendungsfälle ab. Sie wählen die Vorlage, passen die Ziele und Entfern­ungs­­angaben an – WEGWEIS rechnet automatisch ein richtlinien­konformes Schild. WEGWEIS läuft als Standalone-Version und auf AutoCAD Civil 3D/Map 3D/AutoCAD.

Risk Based Inspection (RBI) / Risk Based Maintenance (RBM) software for oil, gas & chemical  plant and power plant, in accordance with API 581 new generation, code compliant Risk Based Inspection (RBI) software for optimising plant inspection and maintenance evaluates an API 581 compliant risk profile for the plant provides run length indexes (RLI) in generic manner covering all damage mechanisms for each equipment item the risk and RLI are combined to output safe inspection and maintenance intervals formally designed for use by plant personnel such that implementation is not dependent on external consultants future integration with TWI's CrackWISE and IntegriWISE software.

SafetyBarrierManager is a software tool that helps to analyse risk using safety-barrier diagrams. Safety-barrier diagrams show how safety barriers prevent accidents and how they improve safety in a clear and transparent way. Risk analysis using SafetyBarrierManager will become easier, better and understandable, also for non-experts.

Kobi Toolkit are a series of add-in utilities for Autodesk Revit Architecture, Structure and MEP. The tools extend the capabilities of Revit in key areas. They are easy to use and make working in Revit easier.

Kobi Toolkit for Civil 3D is a set of essential productivity plug-ins that will make your work in Civil 3D fast, easy and efficient. These tools will dramatically reduce the number of tedious tasks and help you focus on your engineering challenges.

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EngiLab Beam.2D 2015 is an easy-to-use yet powerful engineering tool for the structural analysis of plane (2D) frames for Windows, using a 3-DOFs (Degrees of Freedom) per node approach. It features a full Graphical User Interface (GUI) for pre- and post-processing and uses the Finite Element Method (FEM) for plane frames for its analysis needs.

SINETZ is a program for steady state calculation of flow distribution, pressure drop and heat loss in branched and intermeshed piping networks for compressible and incompressible media. Integrated planning systems with specialized components have a central meaning in the project planning. Such a „specialist" is SINETZ, the program for the calculation of pressure drop and heat loss in branched and intermeshed piping networks with circular, rectangular as well as any cross sections, defined by the hydraulic diameter.

The tasks of SINETZ are:

• Dimensioning of cross sections and insulation in the project period.
• Dimensioning of pumps.
• Verification of dimensions for network expansions.
• Usability analysis of existing piping networks.
• Simulation of different operation states or abnormal occurrences in intermeshed piping networks.

SINETZ solves the tasks by calculation of pressure and temperature loss in branched and intermeshed piping networks with circular, rectangular as well as any cross sections, defined by the hydraulic diameter. SINETZ calculates direction of flow, rate of flow and temperature loss for individual pipe sections, as well as the temperature and pressure of individual nodes, and the resulting flow distribution for an intermeshed system of any complexity. Calculations for compressible and incompressible media are both possible. The calculation is carried out for a given system assuming a steady state flow. Arbitrary intermeshed networks are solvable. Calculation is possible for open as well as for closed systems.