Job Description
Job Description
We are a fast-growing medical device company developing advanced Software as a Medical Device (SaMD) solutions for interventional cardiology and structural heart procedures. Our flagship technology integrates real-time fluoroscopy with pre-procedure 3D CT annotations to provide precise intra-procedural guidance, enhancing safety and clinical outcomes.
Our innovation combines CT preprocessing, fluoroscopy preprocessing, AI-driven detection and tracking, anatomical landmark detection, and personalized DRR-based network training with cutting-edge registration protocols. We operate with a small, highly skilled in-house engineering team, supplemented by specialized contractors across several continents.
We are seeking a highly experienced Mechanical Engineer to lead the design and development of a new family of catheters optimized for complex anatomical pathways. The role integrates deep mechanical design expertise with data-driven anatomical insights derived from large-scale CT imaging studies across diverse patient populations.
Key Responsibilities
- Lead the mechanical and material design of anatomically guided catheters using population-level CT-derived path data.
- Collaborate with imaging scientists and data engineers to interpret anatomical clustering models and translate them into geometric design parameters.
- Apply comparative material knowledge from similar devices to select optimal polymers, braiding structures, and reinforcement patterns.
- Develop and execute bench testing, mechanical validation, and durability protocols to evaluate torque response, flexibility, and navigation performance.
- Interface with process engineers to transition prototypes to pilot manufacturing, ensuring scalability and reproducibility.
- Integrate design feedback from clinicians to refine ergonomic and procedural usability.
- Maintain full compliance with medical device design control standards, including risk analysis (ISO 14971), V&V documentation, and traceability under ISO 13485.
- Collaborate cross-functionally with clinical, quality, and regulatory teams to support Class II / III medical device filings.
Qualifications
M.S. or Ph.D. in Mechanical Engineering, Biomedical Engineering, or a closely related discipline.8+ years of experience in the design and development of interventional medical devices.Proven success in developing catheters, pacing leads, or delivery systems with complex geometries.Strong foundation in polymer science, braid design, extrusion technologies, and mechanical testing.Experience integrating patient-specific or population-based anatomical data into design processes.Proficient in CAD (SolidWorks, Creo) and FEA tools (ANSYS, Abaqus) for structural and stress analysis.Deep familiarity with catheter manufacturing techniques, including thermoplastic bonding and multi-lumen extrusion.Understanding of biocompatibility, sterilization, and regulatory compliance.Strong written and verbal communication skills, with ability to drive multidisciplinary collaboration.Preferred Skills
Experience developing pacing or electrophysiology catheters involving precision navigation and steerability.Exposure to anatomical data clustering and 3D path analysis tools.Hands-on experience with pilot manufacturing and design-for-manufacturing (DFM).Prior work in electromechanical catheter systems or lead delivery devices.We are currently expanding our team. As a start-up, we are fast paced and have a shared goal to succeed in developing unmet healthcare needs in the most efficient way. If you share this vision and are interested in joining us - please apply. We look forward to hearing from you.