Measurement and range
Identify the primary quantity, expected range and temperature compensation needs.
Monitoring solution
Custom fiber optic sensor design and UW-FBG systems.
Define the sensing quantity, array geometry, packaging and interrogator requirements for a custom fiber optic sensing system. Start with an engineering brief for research or field deployment.
The engineering question
What must be observed before failure becomes visible?
Custom fiber optic sensor design starts with the measurement: strain, temperature or dynamic vibration, the expected range, and the locations that must be observed. Array spacing alone does not define system resolution; the interrogator, sensing cable and installation also determine the usable measurement.
A research setup and a field installation can require different packaging, cable routing, acquisition rates and data interfaces. Define these constraints together before selecting the UW-FBG array and readout architecture. Confirm the achievable specification for the proposed configuration rather than combining limits from different instruments.
Monitoring boundary
Define the quantity, coverage and required response first.
Measurement brief
Array geometry
Specify sensing length, point count, pitch and uninstrumented lead sections.
Optical compatibility
Review wavelength, reflectivity, loss budget and connectors with the selected interrogator.
Spatial and temporal requirements
Distinguish grating pitch, gauge length and spatial resolution; specify the required update rate.
Packaging and installation
Define bonding, embedding or cable mounting, environmental exposure and strain transfer.
Data and acceptance
Agree output format, synchronization needs, calibration method and acceptance tests.
Sensing chain
Treat sensing, interrogation and interpretation as one system.
A custom sensing system combines the UW-FBG array, its mechanical packaging, a compatible interrogator and a data workflow. Select wavelength-shift readout for the intended strain or temperature measurement, or review dynamic interrogation for vibration requirements. Where several quantities are required, define the compensation and sensing paths explicitly. Confirm optical compatibility, acquisition performance and available interfaces as part of the project specification.
Field placement
Translate the monitoring question into a placement plan.
- 01
Share the measurement objective, asset or specimen geometry, operating environment and required coverage.
- 02
Prepare an array layout covering sensing locations, lead fibers, routing and connectors.
- 03
Review packaging, installation access and compatibility with the intended interrogator.
- 04
Agree a configuration-specific specification, calibration approach and acceptance criteria.
- 05
Validate the sensing chain under representative conditions before extending deployment.
- 06
Document sensor locations, reference readings and data interpretation for the application.
Engineering record
What continuous measurements make visible.
- A sensor specification tied to the measurement objective and installation constraints.
- An explicit distinction between array geometry and system measurement performance.
- A compatibility review linking the sensor, interrogator and data requirements.
- An agreed validation plan for the intended laboratory or field environment.
Field evidence
Related monitoring contexts.
Define the monitoring boundary
Start with the asset, failure mode and required coverage.
These inputs determine the sensing layout more reliably than choosing an instrument first.