3D Software Engineer Advanced R&D

Biosense Webster R&D Haifa Technology Center (HTC) is located in Yokneam, Israel. The HTC teams partner with leading physicians from around the globe to develop innovative MedTech solutions that improve the quality of care for patients worldwide.

The company's work is built on a proud legacy of leadership in electrophysiology. What began in the 1990’s with the founding of Biosense has evolved to present-day expertise driving best-in-class solutions in cardiac ablation, stroke care, intracardiac imaging and navigated ENT surgery.

Innovation is at the forefront at the Haifa Technology Center. HTC has been the top patent applicant in Israel for a decade. To fuel its innovation, experts in systems engineering, software integration, image integration, ultrasound capabilities, 3D printing and miniature sensors work collaboratively to create solutions that improve physician workflow and patient outcomes. HTC is also embracing the future of patient care by pioneering next-generation digital solutions, such as cloud-based applications that are powered by artificial intelligence.

A culture of continuous learning gives HTC employees fresh perspective to fuel continuous innovation and growth. The company embraces the unique perspectives, backgrounds and ideas of its employees, and provides them a fascinating career path and an opportunity to impact patients' lives.

We are looking for an expert 3D software engineer to join the Advanced R&D group that develops the products of the future.

The position combines software development and computer graphics models, an advanced R&D group engaged in research and development of innovative technologies for medical systems used to diagnose and treat cardiac arrhythmias.

Qualifications
BSc in software engineering/ computer science.
Background in mathematics and linear algebra.
3 years of experience in C++ programming and computer graphics.
Development experience with Open GL/ Direct X.
Knowledge of multi-threading programming.
Experience with Shader

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