Process pain points differ completely between industries. We build solution templates per industry rather than pitching the same deck to everyone.
Products you can count, BOMs you can structure. The goal is to move design and verification upstream, replacing physical trial-and-error with digital twins.
Mold-flow analysis drives tool design — catch short shots, warpage and uneven cooling early, and cut the number of try-outs.
Strength, fatigue and multibody analysis let you validate reliability and performance while the design is still on screen.
NVH, crash safety, thermal management and lightweight design for vehicles and components, supporting OEM and Tier 1 co-development.
From physical verification and package substrate design to equipment thermal management — covering the design-to-manufacturing chain of semiconductor and electronics production.
Thermal bottlenecks from thinner enclosures, drop reliability and acoustic quality are the three most common engineering problems in 3C and appliance products.
Airworthiness-grade structural, aerodynamic and systems simulation, combined with full lifecycle data traceability and configuration management.
Design control and traceability built for regulatory submission, plus dedicated simulation for implants, imaging equipment and in-vitro diagnostics.
Continuous production and energy systems. The focus is process stability, energy optimisation and safety compliance, where system-level simulation pays off most.
Battery pack thermal runaway and thermal management, e-drive electromagnetic analysis and storage system structural optimisation.
Reactor flow and heat transfer, network water hammer and pressure transients, and process safety analysis for stable, compliant continuous operations.
Distribution digitalisation and asset management for the new power system — visibility, forecasting and carbon accounting across medium and low voltage networks.
Long-lifecycle assets and city-scale systems. The focus shifts from individual products to asset operations, energy and sustainability management.
Car body strength and fatigue, pantograph-catenary dynamics and interior comfort for rolling stock makers and their suppliers.
Hull resistance and propulsion, seakeeping and wave loads, cabin ventilation and environmental control across design and verification.
Building X based operations digitalisation that connects HVAC, power and energy data for campus-wide savings and carbon management.
Thermal management and airflow optimisation for high-density racks, with PUE monitoring and capacity planning to control energy cost and downtime risk.