Job Description Summary
As the Lead System Designer (LSD) for CT, you will lead system design and ensure appropriate processes are used for Design & Development of features and overall solution for Hybrid CT. As an LSD, you will work with global cross functional teams on technical execution and system performance, ensuring design outcomes deliver on time, with defined scope, and meets quality management requirements. The position requires solid experience with the Imaging devices that utilize the ecosystem.

GE Healthcare is a leading global medical technology and digital solutions innovator. Our mission is to improve lives in the moments that matter. Unlock your ambition, turn ideas into world-changing realities, and join an organization where every voice makes a difference, and every difference builds a healthier world.
Job Description
Roles and Responsibilities:
Represent the design team and design control process from requirements development and design planning to design transfer.
Lead development of requirements flow down, Architecture/System design and analysis,



risk analysis, Cybersecurity analysis, integration and test, manufacturing, field and customer support including corrective and preventative actions to ensure customer satisfaction.
Represent the design team in the development of verification and validation planning and execution ensuring quality targets are met. Involve with Verification Lead to quantify and benchmark product Quality and NFR.
Ensure through detailed comparative analysis of solutions options that solutions are scalable, sustainable and fault tolerant.
Work closely with cross functional teams across sites to manage technical program risks, integration risks and design tradeoffs.
Work to ensure QMS compliance, DHF readiness & regulatory paperwork to enable CT programs towards achieving regulatory compliance and commercialization.
Contribute towards product strategy, drive architecture decisions, and design solutions to resolve challeng

📌 Lead System Designer (India)
🏢 GE Healthcare
📍 India