Service Portfolio
Physics-based simulation, digital twin development, predictive maintenance, structural health monitoring, and engineering web tools - built by engineers who understand the underlying domain, not only the software layer.
Engineering-grade software for research labs and plants: simulation pipelines, data acquisition, process dashboards, and...
Custom heat-transfer and transient thermal tools with sensor calibration, reporting dashboards, and what-if studies.
FFT, PSD, fatigue, durability, and structural monitoring workflows that turn sensor data into engineering decisions.
Model-driven annealing and furnace tools for temperature prediction, energy analysis, scheduling, and smart manufacturing.
Browser-based calculators, configurators, and technical tools that make engineering calculations repeatable and accessib...
Real-time software models connected to sensor data, physics solvers, and dashboards for asset and process decisions.
Thermal twins that combine transient heat-transfer models with live data for prediction, optimization, and virtual trials.
Monitoring platforms that process live vibration and strain data to detect damage, track fatigue, and support maintenance.
OpenFOAM and Python workflows for automated CFD setup, parametric studies, post-processing, and web visualization.
Off-the-shelf platforms solve general problems. Custom engineering software solves your specific problem - with the domain physics, data formats, and operational constraints your team actually works with.
Models built around your process constraints, not generic simulation assumptions. Outputs your team can defend.
Integrates with your data sources, DAQ systems, and reporting tools. No forced platform migration.
Delivered in stages. Start with one tool, expand to a full suite. Each increment adds measurable value.
Review implementation examples with quantified process and engineering impact - thermal twin deployments, vibration fatigue workflows, and more.