Profile
I received a BSc degree in Electronic Engineering from King abdualaziz
University in 2002, a MSc in Medical physics 2008 from the University of surrey
and a PhD from University of Surrey in 2012. Between 2002 and 2008 I worked as
a project manager at Siemens. I am
currently an assistance professor at King Abdualaziz University in the
department of nuclear Engineering.
The goal of my research is to bridge-the-gap between real
and computer generated imagery. My research combines the fields of medical imaging,
tracking and radiotherapy to investigate new methods for tracking, modeling and
understanding of the effect of inter- and intra-fraction motion during
radiotherapy. Applications include: 4D
treatment method, tracking internal body motion, Radiotherapy dose escalation,
segmentation and respiratory motion compensation.
Current research is focused on adaptive external beam
radiotherapy treatment method, method of tracking and capturing internal and
external body motion during treatment. Research is conducted in collaboration
with university of surrey, UK and University of Massachusetts Medical School, the
Medical Physics Group USA.
Education
- 2002
Bachelor degree from Electrical EngineeringFaculty of Engineering, University of King Abdulaziz, , المملكة العربية السعودية
- 2008
Master degree from Medical PhysicsFEPS, University of Surrey, , بريطانيا
- 2012
Doctorate degree from Medical PhysicsFEPS, University of Surrey, , بريطانيا
Employment
- 2002-2004
Engineer, MTSD (Maintenance & Technical Support Depot) Engineer Raytheon SA, جدة, المملكة العربية السعودية
- 2004-2006
project manager, siemens, , المملكة العربية السعودية
Research Interests
The goal of my research is to bridge-the-gap between real and computer generated imagery. My research combines the fields of medical imaging, tracking and radiotherapy to investigate new methods for tracking, modeling and understanding of the effect of inter- and intra-fraction motion during radiotherapy. Applications include: 4D treatment method, tracking internal body motion, Radiotherapy dose escalation, segmentation and respiratory motion compensation.
Current research is focused on adaptive external beam radiotherapy treatment method, method of tracking and capturing internal and external body motion during treatment. Research is conducted in collaboration with university of surrey, UK and University of Massachusetts Medical School, the Medical Physics Group USA.
Scientific interests