Return to Research


Work that we are involved in under the manufacturing theme includes the application of our laser speckle correlation system for high accuracy positioning of robotic arms, and the use of optical coherence tomography in combination with planar imaging velocimtery for flow velocity meaasurement in microfluidic channels. Our development of multi-component speckle interferometry which allow full surface strain charactarization of objects has applications in manufacturing as well as aerospace and automotive.

Novel optical instrumentation for robotic manufacturing


OCT for 2D and 3D velocity measurement in micro-fluidic flows


MuWaS РMulti-wavelength shearography