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Tier-1 brand and metro location increase competition, but specialized UI/graphics skillset limits broad applicant pool.
Highly domain-specific scientific UI, HPC, and graphics expertise limits cross-industry transferability.
Many mandatory niche technologies and architecture leadership increase screening rigor.
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Redesign, extend, and unify existing UI/UX packages for multi-physics computational modeling codes to improve user experience, robustness, speed, and integration with AI/ML tools.
Implement client-server and distributed computing architectures and enable CPU-GPU parallelization in UI packages.
Provide technical leadership and guidance to UI/UX and graphics developers throughout the software lifecycle phases including design, implementation, testing, and maintenance.
Degree in computer science, applied mathematics, engineering, physics, or a computational simulation/modelling discipline (B.Sc./B.Tech/M.Sc./M.Tech).
Proven expertise in UI design and development using frameworks like Qt, JavaFX, Flutter, or .NET.
Strong programming skills in modern C/C++ and Python with experience integrating graphics components.
Work Experience Required: Not explicitly mentioned in the JD.
Experienced in developing UI packages specifically for scientific computing, modeling, or simulation environments.
Proficient in high-performance computing techniques including GPU/CPU parallelization and real-time graphics performance optimization.
Capable of collaborating with computational scientists and computer scientists while working independently and guiding teams in complex UI/UX projects.