Radiotherapy Dose Algorithms Engineer

Key Skills

Algorithms, Analytical and Problem solving, C Programming, C++, Design, Effective communication skills, GPUs, Monte Carlo Simulation, Python Programming, PyTorch, TensorFlow

Job Description

Radiotherapy Dose Algorithms Engineer

Job Description:

A Radiotherapy Dose Algorithms Engineer position is available at EDDA Technology, Princeton, NJ. Responsibilities include:

• Radiation dose algorithm design, implementation, testing and optimization;
• Work with multidisciplinary team to visualize the treatment plan;
• Conforming to the Company’s standard/procedure of product development;
• Efficiently communicating with project managers and team members on the execution;
• Other job responsibilities as assigned by the management.

Candidates shall meet the below qualifications:

• Hands on experience with Monte Carlo dose calculation algorithms, dose kernel convolution methods, and other dosimetry models;
• Advanced experience in C/C++, and GPU programming, including CUDA programming;
• Knowledge of medical physics and nuclear physics;
• Knowledge and experience with radiation treatment equipment a plus;
• MS or PhD in medical physics, biomedical engineering or mathematics, EE/CS;

Company Introduction:

Excellent opportunity with a dynamic, growing medical technology solution company.

EDDA Technology is an innovative clinical computer solution provider in diagnostic imaging and analysis. EDDA offers a series of new generation software products to enable early detection of diseases, and to enhance efficiency and precision in diagnosis and treatment. EDDA is headquartered in Princeton, New Jersey, and has a subsidiary in Shanghai, China. (www.edda-tech.com)

Compensation/ Benefits

EDDA offers a competitive salary, performance based incentive stock options, and excellent benefits including medical and dental insurance, vision care, 401k plan, section 125 health and dependent care (flexible spending) accounts, and paid vacations. The company sponsors the H1-B application.