• Conduct research into the distribution of TTFields within the body using both electromagnetic and heat transfer simulations
• Develop algorithms and infrastructure to support simulation platform and analysis of simulation results and clinical data.
• Participate and support team efforts to develop the next generations of devices and treatment-panning platforms for TTFields therapy.
• Participate in research and development collaborations with internal groups of engineers and scientists, and with external researchers from academia.
• Present results at internal meetings, seminars, and external scientific conferences; contribute to writing scientific papers and patent applications.

QUALIFICATIONS/KNOWLEDGE:

• Qualifications:

Ph.D. in Physics/ Medical Physics/ Biomedical Engineering/ Electrical Engineering or a related field.

• Knowledge:

• Experience in performing finite element (FEM) simulations
• Strong analytical skills and good understanding of electromagnetic theory and/or heat-transfer theory
• High proficiency in coding in MATLAB and/or Python
• Experience working with big data sets - an advantage.
• Familiarity with interactions of electric fields with the human body- an advantage
• Team player capable of collaborating with multi-disciplinary teams comprising physicists, computer scientists, engineers, biologists and physicians.
• Excellent communication skills in both English and Hebrew