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Lead quality assurance and regulatory affairs for a medical device portfolio in Israel, ensuring regulatory compliance, quality system execution, market access, and business continuity.

Lead financial planning, reporting, analysis, and control activities for Israel operations while partnering with regional finance and business stakeholders. The role is based in Kfar Saba, Israel, and may involve 5–10% international travel.

Lead FPGA architecture and hands-on development for advanced electrophysiology medical systems in a regulated product environment. Own technical decisions from requirements and architecture through RTL implementation, integration, verification, hardware bring-up, and delivery.

Lead quality and compliance activities for digital product development within a medical technology organization. Partner with R&D, Operations, and cross-functional teams to ensure digital and software-enabled medical device solutions meet quality, regulatory, cybersecurity, and privacy requirements.

Lead EMEA regulatory affairs for a cardiovascular medical device business in Caesarea, Israel. Own regulatory strategy, submissions, compliance activities, and strategic projects across the product lifecycle.

Join a medical technology R&D software team in Yokneam, Israel, managing application lifecycle infrastructure on Microsoft Azure DevOps Server and supporting reliable, compliant software delivery.

Design and develop analog circuits for a leading medical devices company. Responsible for schematic design, PCB layout, simulation, and troubleshooting. Collaborate with cross-functional teams to define requirements. Requires a Bachelor's in Electrical Engineering and 5+ years of analog board design experience.

Lead and grow an FPGA engineering group developing life-saving medical systems. This strategic role combines deep technical expertise in FPGA/RTL design with leadership, influencing product architecture and safety to improve patient health worldwide.

Join a leading MedTech company to develop innovative software solutions in C++ and C# for cutting-edge diagnostic technologies. You will design and implement complex software components, algorithms, and high-performance systems for medical device products in a multi-threaded environment.