We build custom software that turns validated calculation logic, parametric models, FEM checks, CAD exports, and technical reports into repeatable tools your team can trust.
Engineering workflow preview
From model parameters to traceable structural outputs
Automation pipeline
1. Input
Geometry + loads
2. Validate
Solver + standards
3. Generate
Drawings + reports
Engineer in control
Every automated result stays explainable and ready for review.
We turn recurring engineering work into focused software: guided inputs, visible model updates, validated checks, and export-ready deliverables.
Featured workflow
A productized configurator for corrugated steel tanks: from geometry and loads to calculation checks, drawings, material lists, and commercial documents.
Result
Complete technical package from simple project inputs
Structural frame automation
A guided frame-design workflow that converts structural inputs into repeatable model generation, verification, and drawing output.
Configured frame layouts without rebuilding the same model by hand
Custom engineering software
Focused applications for recurring engineering decisions where calculation logic, visualization, and documentation should move together.
Narrow tools for high-value engineering workflows
Dynamic geometry preview of complex joints and structures with intuitive parametric customization.
Calculation methods according to European standards (Eurocode), American standards (AISI), local standards (BEF bulletin and DIN) and others.
FEM engine is capable of performing nonlinear stability analysis, damage plasticity analysis, thermal stress analysis, and more.
Detailed calculation reports with info-graphics, formulas, and adjustable level of detail.
Generation of CAD drawings based on existing templates or using vectoring directly from a 3D model, as well as export to IFC.
Price calculation, production planning, material specifications, purchasing list, and other related documents.
Case evidence
Stability, bracing, stiffener systems, and load-transfer detailing for steel structures where construction stages and fabrication decisions change the structural response.
Global stability verification during construction stages
Global stability analysis of steel-concrete composite bridge during construction stages, with a focus on the structural response at intermediate erection and casting of concrete slabs phase.
Case evidence
Simulation-led design for concrete structures under realistic service and extreme loading, including time-dependent effects, reinforcement behavior, and construction sequencing.
Precast bridge design and analysis
Structural simulation under static loading, moving loads, seismic actions, and pile foundation-soil interaction, allowing for a comprehensive assessment of the bridge performance under realistic service and extreme loading scenarios.
Case evidence
Advanced nonlinear FEM studies for structures and products where stability, ductility, temperature, or transient dynamic behavior controls the design decision.
Geometric and material non-linearity analysis
Global and local stability of structural members with consideration of geometric, material, and other nonlinear effects.
Case evidence
Component-level verification of anchors, reinforcement, concrete interfaces, and lifting devices to expose load paths before product or detail decisions are locked.
Anchor-to-concrete interaction analysis
Simulation of lifting anchor performance in concrete through fastening and anchorage mechanisms, with evaluation of stress distribution and load transfer within the surrounding material.
Get in touch — we will reply to the address you provide.