Senior Engineer - Systems Design - Surgical Planning

Overview

Senior Engineer in Systems Design for surgical planning, designing and implementing complex concepts for medical devices under professional leadership.

What you'll do

• Design and implement complex concepts, draft design documentation, plan and conduct relevant tests under professional leadership.
• Apply processes and standards applicable to development of medical devices.
• Integrate and administer development tools, including required validation, under close professional leadership.
• Share best practices and own project experience within own team.
• Work diligently to project schedules as determined by project leaders, clearly communicate status of assignments, coordinate tasks, and shift priorities as dictated by project demands.
• Investigate defined issues with uncertain cause, including input solicitation and data gathering that help differentiate the symptoms and root cause of defined problems, and propose problem resolutions.
• Meet the needs of internal customers such as Lead System Designers, System Feature Owners, Software Leads, Verification Leads, GQO, AO, AQE etc. as applicable for specific project assignments.
• Work under supervision with Feature Owners and Surgeon customers in a user setting, clearly communicate design goals and incorporate feedback into designs.

What you'll need

• Bachelor's or master's degree in biomedical, Computer Science, Mechanical Engineering, Biomedical Engineering, Medical Imaging Engineering, or related discipline with 4-6 years in Software Development, Software Verification, or Mechanical Design.
• Basic knowledge of human anatomy and physiology.
• An interest in software development and ability to understand object-oriented design paradigms and communicate design using modeling languages such as UML/SysML.
• Good understanding of radiology imaging techniques and protocols.
• Knowledge of medical imaging, preferably CT/X-ray, and concepts such as 3D reconstruction, segmentation, registration, anatomical landmarks and image-based measurements.
• Strong fundamentals of 3D geometry, linear algebra, and coordinate systems.
• Application of engineering statistics and design of experiments.
• Demonstrated ability in the use of software tools (e.g., MiniTab) for statistical analysis.
• Participate in, solicit feedback on, and document reports as needed on cadaveric evaluations.
• Experience using scripting software such as Python/MATLAB and 3D CAD software such as SolidWorks/ProE.
• Experience in developing test protocols/procedures, collecting and analyzing data, and creating detailed reports.

Details

• Location: Gurugram, India.
• Work mode: Hybrid.
• Travel: 10%.