Development of Optical Fiber Sensing Devices for Strain Measurementin Rotational Components

Rotational components (e.g., shafts) are key parts of machinery equipment in automotive, aerospace,
energy production, etc industries. These components are continuously monitored for structural
sensing and failure diagnostics by attaching sensing devices on them. This project aims to implement
optical fiber sensors for strain sensing in rotational components. The available technologies for strain
measurement in are prone to electromagnetic noise and disturbance and the methods available to
overcome it have caused high-cost products. Considering the unique features of optical fiber sensors
(e.g., small size, robustness to electromagnetic noise, long-range linearity, etc), they can effectively
replace the electromagnetic devices. This requires addressing the challenges associated with their
implementation which is a goal this internship project. The development of this technology at ATA, will
allow the company to enter into high-tech manufacturing and earn revenue. This will result in the
involvement of Managers, Sales staff, Engineers and production associates for both innovation and
production at ATA.

Faculty Supervisor:

Ehsan Toyserkani

Student:

Partner:

Advanced Test and Automation Inc

Discipline:

Engineering

Sector:

Professional, scientific and technical services

University:

University of Waterloo

Program: