Hardware Engineer Principal

Position Title: Hardware Engineer, Principal

**Department: R &D **

Reports to: Senior Director. Hardware

At EnChannel Medical, we’re redefining the boundaries of electrophysiology with our next-generation DePolar™ mapping system and NanoAblate™ PFA platform. Driven by our global mission to enhance the quality-of-life of heart rhythm patients, our discerning technology, paired with our passion for innovation, leads to enduring outcomes.

Position Overview

The Hardware Engineer, Principal will be part of a small engineering team developing a new generation of cardiac electrophysiology equipment based on EnChannel’s existing DePolar and NanoAblate products. Particular focus will be on inter-module interconnects, digital circuit and embedded processor engineering, power supply design and overall system-level construction and verification to develop and evaluate new features and performance levels.

Duties and Responsibilities

The following are the key responsibilities needed for the role. Additional responsibilities, tasks, and duties will be assigned and required as needed.

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• Carry out all tasks in a way consistent with EnChannel’s core values of focus, discipline and professionalism.
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• Participate in engineering design reviews to support the company’s Quality processes.
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• Responsible for power supply design, simulation, prototyping and verification.
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• Responsible for definition and management of system interconnects (e.g., cables).
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• Responsible for updating/upgrading existing circuit designs to support new features and modified performance expectations.
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Education, Experience and Skills Required

Below are the minimum skills, formal education, certifications or training, and practical experience required to perform the general functions and duties of the role.

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• BSEE and 11+ years’ experience in professional electronics environments.
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• Capital medical equipment and IEC-60601 approaches an advantage, especially in cardiac electrophysiology.
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• Design of systems with multiple interconnected assemblies built around complex digital and mixed-signal hardware.
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• EMI/EMC mitigation and compliance.
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• Familiarity with multiple time zones and multi-site workflows.
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• Use of Quality Management Systems (e.g., QCBD).
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• Altium schematic familiarity – use to read, draw, explain.
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• LTspice simulation and comparison with real results.
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• Use of standard MS Office tools especially Word and Excel.
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• Good listening and communication skills.
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• Strong problem-solving, analytical, and general electronics aptitude.
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