Principal Software Engineer (embedded Communications) - Electrophysiology

Principal Software Engineer (Embedded Communications) - Electrophysiology

We are looking for a software engineer with strong software development experience in Embedded Software Development to join our exciting and fast-paced development team.

The successful candidate will be involved in all aspects of the system's software, particularly communications protocols. They will also interface with other teams, such as systems engineering, hardware engineering and technicians from the field, to develop meaningful tools for the Opal Mapping System.

The Opal HDx Mapping System centers around a real-time virtual world of the human heart. As a physician probes the heart with a catheter, the system generates an accurate anatomical model of the chamber. High-performance rendering and algorithmic techniques are vital to creating a stunning view and providing the physician with instant feedback.

Our technology includes C++, Linux, I2C, MQTT, Ethernet, TCP/IP.

Key Responsibilities:

• Provide technical leadership to the team in software architecture and best in class software development methodologies and practices.
• Architect, design, develop and release innovative high performance medical device software.
• Solve difficult problems, improve state of the art, and achieve engineering excellence.
• Collaborate across disciplines effectively (HW, Systems, Test, Quality, Regulatory) to focus and maximize end-to-end solution value and quality
• Participates in preclinical system experiments in the lab, with physicians, and 3rd parties

Requirements:

• BS/MS in Computer Science or equivalent experience, with a strong software development background.
• 8+ years relevant experience
• Proficiency with Modern C++ (11' or newer)
• Linux Experience
• I2C Experience
• MQTT Experience
• Ethernet and TCP/IP TEI Experience
• Experience with Embedded Systems and Object Oriented programming principles
• Excellent analytical and problem-solving skills
• Ability to contribute to multiple projects in parallel
• Implements, tests, troubleshoots, and debugs source code for complex software applications
• Follow the full design life cycle process including driving efforts in requirements specification, design activities, planning, code reviews and creating corresponding artifacts.
• Participate in the development of technical documentation, including design specifications, test plans, and user manuals.
• Promote a collaborative environment and pragmatic engineering decision-making.
• Identify and implement continuous improvements to work processes and tools.
• Support field clinical staff on use of medical software and troubleshooting of issues.

Working Conditions • Hybrid Work Mode • Travel 0-10%