The right frame. Right from the start.
POJI specialises in structural verification of building systems designed for industrial production. With broad experience from both national and international projects, we verify module and panel elements in timber and steel, and understand the demands on precision, repetition, and documentation that our clients require.
Verification built for factory production
POJI verifies framing and details for panels and volumetric modules against the applicable standard and national annex for each market. Typical scope includes wall, floor, and roof elements in timber, glulam and CLT structures, as well as welded steel frames and LGS building systems for both panel elements and volumetric modules. We handle the full verification chain: from load definition and load take-down to governing cross-sections and a complete calculation report ready for review. Industrial production places different demands than traditional site construction. Tolerances are tighter, assembly sequences are predetermined, and late-stage changes are costly. We work closely with design and production teams early in the process, so that verification supports production rather than slowing it down.
International experience creates reliability
Different markets come with varying standards, regulations, and technical requirements. With experience from projects across Europe, the USA, Australia, and the Middle East and an understanding of local conditions, potential challenges can be identified early. We are well versed in the Eurocodes and Nordic national annexes, US standards (AISI, AISC, IBC), and Australian and regional Middle Eastern requirements. That makes us a natural partner for manufacturers developing products for multiple markets simultaneously, without having to manage separate consultants for each regulatory framework.
Transient thermal analysis for fire design
POJI carries out transient thermal FEM analyses for structural fire design across steel, concrete, and timber, including verification of passive fire protection systems. We evaluate temperature distribution and time-dependent capacity across all relevant materials and elements, assessed against the applicable standard for each application. Analyses cover the standard ISO 834 fire curve as well as parametric and natural fire scenarios, including coupled thermo-mechanical evaluations where the structural response depends on the temperature history.
Areas we operate in
- Modular building systems (volumetric modules)
- Panelised wall, floor, and roof elements
- Light gauge steel framing (LGS)
- Timber framing, glulam, and CLT structures
- Connection design for factory-assembled joints
- Stability and robustness checks for modular assemblies
- Transport and lifting load cases
- Seismic loading and earthquake evaluation
- Transient thermal analysis across steel, concrete, timber, and fire protection
Tools and standards
Primary software, among others
RFEM by Dlubal: Structural analysis for frames, panels, and modules
ANSYS Mechanical: Advanced FEM analysis including transient thermal and non-linear simulations
Revit: Building information modelling
Analytical methods: Hand calculations and spreadsheet verification
Standards and codes, among others
EN 1990–1999 Eurocodes: Structural design with national annexes for Sweden, Norway, Denmark, and Finland
EN 1991-1-2 / EN 1993-1-2: Actions on structures exposed to fire and structural fire design (steel)
EN 1993: Design of steel structures including LGS
EN 1995: Design of timber structures including glulam and CLT
EN 1998 / IBC / ASCE 7-26: Seismic design and earthquake evaluation
ASCE 7: US minimum design loads for international projects
Ready to verify your construction system?
Tell us about your project and we will explain how POJI can support your structural verification needs.