Senior Radiation Physicist, NCIS

Overview

A Senior Radiation Physicist will provide scientific, technical, safety, educational support and mentorship in a radiation therapy department.

Duties and Responsibilities

Primary Responsibilities and Duties (80%)

1. Radiation dosimetry,calibration and in-vivo measurement
2. Quality assurance of treatment machines, treatment planning systems and dosimetry equipment
3. Radiation safety measurements and administration
4. Radiation treatment plan quality assurance
5. Equipment commissioning and acceptance
6. Professional development,training and orientation in all areas of radiation therapy physics

Secondary Responsibilities and Duties (20%)

1. Research and development

Mentorship for radiation physicists

Requirements:

Qualification:

• A postgraduate degree in Medical Physics is preferred. A postgraduate degree in Physics or Engineering is also acceptable

Experience:

• From 5-10 years clinical experience

Skills:

1. Publications in recognized journals
2. Ability to gather data, compile information, and prepare reports
3. In-depth knowledge and understanding of current radiation therapy principles, methods,procedures, and techniques.
4. Knowledge and understanding of the operational characteristics, usage, and safety parameters of a comprehensive range of radiation therapy equipment and facilities.
5. Ability to communicate effectively, both orally and in writing.
6. Computer hardware and software knowledge and skills.
7. Strong interpersonal skills and ability to deal effectively in a team environment.
8. Ability to develop and present educational programs and/or workshops.
9. Ability to design, develop, and modify radiation therapy devices and modalities.
10. Knowledge of radiation safety principles, methods, and procedures
11. Knowledge of regulations, guidelines, and standards for the provision of medical physics/radiation therapy to patients.
12. Advises and consults with medical providers and specialists.
13. Researches and develops new devices and modalities for improved therapeutic use of radiation.

Working Conditions:

1. Work is performed in an interior medical/clinical environment.
2. Moderate physical activity. Requires handling of average-weight objects up to 20 kilograms.
3. Work environment involves exposure to potentially dangerous materials and situations that require following extensive safety precautions and may include the use of protective equipment.

Occasionally work may need to be completed outside normal working hours including weekend