Radiation Residency

About the program

On behalf of our team, welcome to the Radiation Oncology Residency website page. We are thrilled that you are considering our program.

We hope that you will find this website helpful in highlighting what our program has to offer. We are looking to recruit trainees who are passionate about oncologic care, conducting practice-changing research, and multi-disciplinary collaboration. Our program is committed to providing the highest quality training to prepare you for a successful and productive career in radiation oncology.

The faculty and staff who comprise our program bring a wealth of experience and dedication. They are committed to providing you with unparalleled education, mentorship, and support throughout your tenure with us. Together, we form a collaborative environment where the exchange of ideas and perspectives is encouraged, fostering a rich and dynamic learning experience.

Our commitment to staying at the forefront of innovation means that you will have access to cutting-edge technology in radiation therapy. This exposure ensures that your training is not only comprehensive but also reflective of the latest advancements in the field.

We greatly appreciate your interest in our program and look forward to hearing from you.

Ramiz Abu-Hijlih, MD

Director, Radiation Oncology Residency Program

Faculty

Abdelatif Almousa, MD, PhD. Neuro-oncology, Musculoskeletal. Head of Spine MDT. Chairman of the Radiation Oncology Department.
Ramiz Abu-Hijlih, MD Genitourinary, Musculoskeletal and skin oncology. Director of Radiation Oncology Residency program.
Ahmad Ibrahimi, MD Pediatrics and Neuro-oncology.
Anoud Al-Nsour, MD Breast and Thoracic.
Fadwa Abdelrahman, MD Breast, Gastrointestinal and Lymphoma.
Fawzi Abuhijla, MD, MSc. Breast, Gastrointestinal and Gynecology.
Hamza Ghatasheh, MD Head & Neck, Thyroid and Lymphoma
Hanan Almasri, MD Breast and Gynecology.
Imad Jaradat, MD, PhD. Gynecology, Lymphoma, Ocular. Head of Gynecology MDT. Director of Brachytherapy Program.
Issa Mohammed, MD Head& Neck, Thyroid and Gastrointestinal. Head of Head & Neck MDT.
Jamal Khader, MD Genitourinary, Thoracic. Head of Education & Training Academy
Nasim Sarhan, MD Pediatrics and Neuro-oncology
Sara Mhied, MD Breast, Gastrointestinal
Wafa Asha, MD Breast, Musculoskeletal and skin oncology

Curriculum Scope

1. National Authority

The Radiation Oncology residency at KHCC is recognized by Jordan Medical Council for Jordanian Board Certification in Radiation Oncology. There are two parts for the board exam; Part I is a written exam testing basic radiotherapeutic sciences and Part II (written and oral) focuses on clinical sciences.

2. Requirement for the trainees

The candidate for the postgraduate program in radiation oncology should be a medical graduate from a medical school. Candidate residents must have completed their internship training and hold a valid Jordanian medical Practice license at time of appointment. Acceptance to the program is subject to passing the unified KHCC residents acceptance exam with competitive score and undergoing a satisfactory interview by a committee of the program director and faculty.

Candidate residents who are sponsored by foreign institutions and governments will follow specified acceptance criteria as outlined in mutual agreements with KHCC.

3. Level of skills

The training program in radiation oncology is 48 months in length. Successful transition from one year to another is subject to the annual exam score and periodic evaluation by staff physicians.

The International Atomic Energy Agency (IAEA) 2009 Syllabus for the Education and Training of Radiation Oncologists recognized three levels of skills that are needed depending on the differences in infrastructure and equipment present in different institutions.

The routine techniques at KHCC include: intensity modulated radiation therapy (IMRT), Arc therapy (VMAT), image-guided radiotherapy (IGRT), stereotactic radiosurgery (SRS), adaptive radiotherapy (ART), respiratory gating and three-dimensional (3-D) image-based brachytherapy planning. In addition to the new MR-linac technology.