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Tier-1 employer and metro location increase competition, but niche embedded-medical and GPU skills limit applicants.
Highly specialized embedded, robotics, and regulated medical device skills reduce cross-industry transferability.
Explicit 8-10 years, mandatory C++, medical device and regulatory familiarity make screening highly selective.
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Develop and implement real-time software systems for a Robotic Assisted Surgery platform, including robotics, motion control, 3D graphics, GPU acceleration, navigation, and medical imaging.
Contribute throughout the product lifecycle from requirements through verification and release, ensuring compliance with quality and regulatory requirements.
Collaborate with robotics, systems engineering, clinical, and quality teams to deliver safe, reliable, and high-performance surgical software solutions.
8-10 years of experience in design and development of scalable enterprise solutions, including 3+ years in customer-facing products.
Strong expertise in modern C++ (preferably C++14/17), WPF/MVVM, OpenGL, CUDA, GPU programming, and multithreading design and implementation.
Bachelor's degree in Computer Science, IT, or Electronics & Communication Engineering (B.E/BTech).
Experience with hardware/software interfacing and knowledge of DevOps CI/CD tooling; ability to work in a regulated medical device environment; familiarity with application security and secure design practices is mandatory.
Experienced in advanced control systems, robotics, and medical device software development environments with understanding of FDA and ISO standards such as IEC 62304.
Demonstrates strong object-oriented design and development skills with the ability to contribute to product architecture and code quality improvements.
Familiarity with Linux (Ubuntu), Windows OS, and collaboration across multidisciplinary teams including clinical and quality assurance functions.