SCP Neurofeedback: Applications and new developments
2-Day Course with Dr. Ute Strehl in Sydney
November 11 - 12, 2017

This workshop is for academics, clinicians and researchers who are interested in Slow-Cortical-Potential Neurofeedback (SCP). The course will cover the neurophysiological foundations, learning theory, technical requirements and the application of neurofeedback in therapy. Evidence-based applications will be presented and discussed. A further aim of this workshop is to provide hands-on training with neurofeedback equipment, demonstrating correct application of electrodes as well as how to interpret signals.

For further reading material see our review article on SCP-Neurofeedback. A full list of relevant scientific publications can be found here.

Reading Material

Reading materials are provided on the first day and are included in the course costs. To get a head start, sign up to neuroLink to gain access to a full list of online reading material on Neurofeedback and the SCP protocol.

Location

neuroCare Group H/O
Level 19
56 Pitt St
Sydney NSW 2000

Cost

Full fee: 1760 AUD  (incl. GST)
(Discounted student rate of 1460 AUD)

*Includes reading materials, daily lunch and refreshments

Registration

To request your place in this course please write to sydney@neurocaregroup.com or call (02) 8317 5034 (if overseas call +61 2 8317 5034)

To secure your place you can make an online payment via the store below and please write to us to confirm your contact details.

Payment can also be made over the phone.

neuroCademy's 2-day SCP Neurofeedback workshop includes hands-on training with the THERAPRAX® MOBILE device. Participants will learn how to control for eye- and muscle-movement artefacts online.

Your place in a workshop will be secure upon receiving full payment for the course. Payment can be made with Credit Card via the secure PayPal facilities of the online shop above. The workshop fee will not be refunded if cancellations are made within 30 days of the workshop.
To see our full terms and conditions, click here.