Education

• 2002

  High School degree from , abu baker sidiqe secondary school , جدة, المملكة العربية السعودية

• 2009

  Bachelor degree from Diagnostic RadiologyFaculty of Applied Medical Sciences, king abdulaziz university, جدة, المملكة العربية السعودية

• 2014

  Master degree from Oncology Dept. Oncology Center , Birmingham , برمنجهام , بريطانيا

• 2021

  Doctorate degree from Radiologic Sciences Health Sciences , The University of Sydney , سيدني , اســـتراليا

Employment

• 2009-2009

  Trainer, NGHA, جدة, المملكة العربية السعودية

• 2009-2010

  trainer , university hospital, جدة , المملكة العربية السعودية

• 2010-حاليا

  Consultant in Radiation Therapy Technology, King Abdulaziz University Hospital , جدة , المملكة العربية السعودية

Research Interests

My research in radiotherapy and oncology imaging focuses on enhancing diagnostic accuracy and treatment planning through advanced imaging techniques. A key area of interest is the integration of functional and anatomical imaging modalities, such as MRI, CT, and PET, to improve tumor delineation, monitor treatment response, and assess radiation-induced changes in normal tissues.

I am particularly interested in the identification of imaging biomarkers that can predict treatment outcomes and guide personalized radiotherapy protocols. This includes investigating the role of quantitative imaging features, such as texture analysis and radiomics, in predicting tumor aggressiveness, radiosensitivity, and potential recurrence.

Another important aspect of my work involves addressing imaging safety and quality assurance, especially in vulnerable populations such as pregnant women or patients with implanted devices. I also explore asymmetries and anatomical variations—such as bilateral breast density asymmetry—as potential early indicators of malignancy, which may aid in risk stratification and targeted screening.

Through interdisciplinary collaboration, my goal is to bridge imaging science and clinical oncology, ultimately contributing to more precise, individualized, and effective cancer care.

Scientific interests

My scientific interests lie at the intersection of oncology imaging, radiotherapy, and clinical safety, with a strong focus on optimizing diagnostic and therapeutic strategies in cancer care. I am particularly interested in:

Advanced imaging techniques (MRI, CT, PET) for tumor characterization, treatment planning, and post-therapy assessment

Imaging biomarkers and radiomics for predicting treatment response and guiding personalized radiotherapy

Breast imaging, especially investigating bilateral breast density asymmetry as a potential early marker of breast cancer risk

Radiation safety and imaging protocols for special populations, including pregnant women and individuals with implanted devices

Neuroimaging and its applications in understanding brain structure-function relationships, especially in relation to clinical conditions and gender differences

These interests drive my commitment to interdisciplinary research aimed at improving cancer diagnosis, individualizing treatment pathways, and enhancing patient safety in radiological practices.

Courses

Radiography Clinical practice	445	RAD
Radiography Clinical Practice	444	RAD
Radiation Therapy Technique	427	RAD
Radiation Therapy Physics and Equipment	427	RAD
Radiation Therapy Physics and Equipment	427	RAD
Radiographic Pathology	417	RAD
Radiographic Pathology	417	RAD
Radiography Clinical Practice	342	RAD
Radiography Clinical Practice	342	RAD
Sectional Anatomy	317	RAD
Radiographic Anatomy	216	RAD
Radiographic Anatomy	216	RAD

Areas of expertise