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Seven disciplines. One review standard.
Analysis and design delivered as scoped, fixed-price packages — finite element and flow simulation, structural and piping design, and our newest line, full Plant 3D design. Every deliverable is checked before it leaves Pune, not just modelled.
Reviewed under a Chartered Engineer and NAFEMS Professional Simulation Engineer Assessor — one of a small number of engineers NAFEMS trusts to assess simulation competence in others. More on our technical leadership
- 900+projects delivered
- 11countries served
- 12+industries
- 20+years of practice
- 30+engineers, and growing
Finite element analysis
We assess how a component or structure behaves under load — static, thermal, fatigue, or a combination of all three — using ANSYS, and report findings against the applicable code rather than handing over a bare simulation output.
Typical outputs: stress and deflection reports, fatigue and fracture assessment, code-compliance calculation packs, design-change recommendations.
Finite element analysis in detail →Computational fluid dynamics
We model how fluids and gases actually move through a system — pressure drop, temperature distribution, mixing efficiency — using ANSYS, to catch a performance problem before fabrication rather than after commissioning.
Typical outputs: pressure drop and velocity profiles, thermal performance reports, design optimisation recommendations.
Computational fluid dynamics in detail →Structural design and optimisation
Platforms, skids, supports and lifting structures, sized to international structural codes and refined through analysis-led optimisation rather than rule-of-thumb margins.
Typical outputs: structural calculation packages, general arrangement drawings, material take-offs.
Structural design in detail →Piping design and engineering
Layout, routing and support design that a fabricator can build from directly — coordinated with equipment and structural design from the outset, not bolted on afterward.
Typical outputs: piping general arrangements, isometrics, bills of material, support schedules.
Piping design in detail →Plant 3D design
Our newest line takes a plant from plot plan to issued isometric — full 3D models, coordinated clash checks and structural steel detailing, held to the same review standard as every calculation we produce.
Typical outputs: 3D plant models, clash reports, isometrics and general arrangements, steel detailing packages.
Plant 3D design in detail →Vibration engineering
Rotating equipment, structural assemblies and piping systems assessed for natural frequency, forced response and fatigue life, to find a resonance risk before it finds you on site.
Typical outputs: modal analysis reports, harmonic response assessment, vibration mitigation recommendations.
Vibration engineering in detail →Explicit dynamics
Drop, impact, blast and penetration events modelled in ANSYS, for the safety-critical loading cases that standard static analysis isn't built to capture.
Typical outputs: impact and drop-test simulation reports, blast and penetration assessment, design substantiation for safety cases.
Explicit dynamics in detail →However you want to buy it.
A single study, an independent check, or a team that sits inside your own project — the same engineers and the same review standard either way.
Tell us what needs analysing.
Send a drawing, a P&ID or a two-line description of the problem. An engineer replies within one working day, with questions rather than a brochure.