Magnitude of the transverse component of the Electric Field of the TE01 mode of a Step Index Fibre
Audrey Lobo, PhD Student, Physics, University of Sydney

Scientific visualisation techniques allow scientists to create graphical representations of the data created by scientific instruments (microscopes, telescopes, microarrays, etc) or by the output from computations and simulations.
Scientific visualisation is not about creating pretty pictures, it is about developing a deeper understanding of the data and to provide new insight into the phenomenon studied by relying on humans' powerful visual system.
Scientific visualisation utilises a blend of computer graphics, image processing, signal processing, user-interface methodology, system design and creative flair.

This course will teach you how to visualise and analyse your data using off the shelf software. This course is hands-on and project-based: you will work on scientific data.

If you want to know more, follow the About this course link, or contact the lecturer listed below.

Coordinator and lecturer:

Dr Nicole Bordes, Office: 69-713, Phone: 3365-7506 . Consultation hours: TBA