From a single vibration investigation to a permanent IoT-based monitoring installation, our services are organized into two connected disciplines: continuous Structural Health Monitoring and project-based Engineering Services.
Acceleration measurement to characterize dynamic behavior under ambient, machinery or traffic-induced excitation.
Instrumentation across active cracks to determine whether a crack is dead or live, and to track its rate of growth over time.
Laser and contact-based measurement of static and dynamic deflection under calibrated live loading.
Continuous tracking of in-plane and out-of-plane tilt to catch early signs of settlement or lean.
Incremental stress-strain measurement to understand structural behavior under sustained and live loading.
Environmental data to correlate ambient conditions with structural behavior and material performance.
We evaluate the effect of vibration on both structural integrity and human comfort, isolating sources such as:
Measured dynamic properties are compared against the analytical model to validate or recalibrate design assumptions.
Before a structure reopens to traffic or occupancy after retrofitting, we monitor before and after the intervention to confirm the improvement in stiffness and dynamic performance.
For decisions with real consequences — permitting higher axle loads, assessing camber-deficient bridges, or measuring cable tension and frequency on cable-stayed and suspension bridges — we combine field measurement with analytical model validation.
Long-term installations covering vibration, tilt, strain and deflection/distance monitoring, with automated alerts before failure and data that supports pre-planned, optimized maintenance rather than reactive repair.
Every load test and assessment is executed against recognized codes and guidelines, including IRC SP 51:2015 and IRC SP 37 for bridge load testing, and RDSO Bridge Rules (BS 106 / BS 128) for dynamic deflection and speed-certification testing of railway bridges.
Where a governing code does not directly apply — as with many heritage and monument structures — our assessments are grounded in peer-reviewed structural mechanics research led by our founder.
See This Applied in Our Case StudiesDescribe your structure and concern — we’ll recommend the right monitoring or assessment approach.
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