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Tier-1 brand increases interest, but niche medical-device embedded skills temper applicant density.
Highly specialized embedded, robotics, and regulated medical-device experience limits cross-industry transferability.
Explicit 8-10 years plus mandatory C++, GPU, and medical-device compliance requirements raise filtering strictness.
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Develop and implement real-time software systems for Robotic Assisted Surgery platforms involving robotics, motion control, surgical visualization, 3D graphics, GPU acceleration, navigation, and medical imaging.
Accountable for software design, implementation, verification, and ensuring compliance with quality and regulatory requirements throughout the product lifecycle.
Collaborate with cross-functional teams including robotics, system engineering, clinical, and quality teams to deliver safe, reliable, and high-performance surgical solutions.
8-10 years of experience designing and developing scalable enterprise solutions.
Strong expertise in modern C++ (preferably C++14/17), WPF/MVVM, OpenGL, CUDA and GPU programming.
Bachelor’s degree (B.E/B.Tech) in Computer Science, IT, Electronics & Communication Engineering or related field.
Experience with regulated medical device environments or familiarity with FDA and ISO standards (e.g., IEC 62304) is a plus; knowledge of application security and secure design practices is mandatory.
Experienced in control systems, robotics, and hardware/software interfacing for medical devices or comparable regulated industries.
Comfortable working in a multi-disciplinary environment involving technical, clinical, and quality assurance teams.
Skilled in software architecture, risk management, cybersecurity, and DevOps CI/CD tooling for customer-facing medical products.