BIM & GIS Consultancy
BIM and GIS consultancy, combined with AI: building models and spatial analysis for planning, design, coordination and asset information.
Learn moreEngineering Consultancy & Solutions
Šapirum combines digital modelling, simulation, materials expertise and AI to help clients design, test and decide with confidence.
Šapirum is an engineering consultancy based in Norrköping, Sweden. We work in six disciplines: BIM and GIS, engineering modelling and CFD, weather and air-pollution forecasting, nanotechnology and materials science, materials and welding testing, and AI solutions.
Whatever the question, we start from the practical problem and work towards an answer you can act on.
Six engineering disciplines, from digital models and simulation to materials testing and AI.
BIM and GIS consultancy, combined with AI: building models and spatial analysis for planning, design, coordination and asset information.
Learn morePractical machine-learning and data solutions for engineering, monitoring, spatial analysis and decision-making.
Learn moreComputational fluid dynamics and finite element analysis for thermal, hydraulic and mechanical problems, so that designs can be tested before they are built.
Learn moreWeather, wind and wave forecasting and air-pollution modelling for weather-sensitive operations and air-quality assessment.
Learn moreAdvanced-materials expertise, from nanoscale characterisation to material selection, fracture analysis and development.
Learn moreTesting and assessment of materials and welded joints, to confirm that they meet their specification.
Learn moreThe sectors we work in, from construction and energy to the environment, industry and research.
Case studies from our simulation and analysis work.
CFD analysis of the internal flow and pressure in a centrifugal water pump, to improve efficiency, prevent cavitation and raise hydraulic performance.
View projectFinite Element Analysis of the stress around a crack in a composite material under two static loading scenarios, carried out in ANSYS.
View projectA CFD simulation of the velocity distribution and hydraulic performance of a shell-and-tube heat exchanger of the kind used in thermal power plants.
View projectTell us what you are building, modelling or testing. We will come back with a clear, practical way forward.
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