Traditional high-fidelity engineering simulations (CFD, FEA) take days and cost millions in compute time. We are building the next generation of AI-native physics simulation software to provide near-instantaneous, physics-accurate insights for the renewable energy and aerospace sectors.
We are moving past classical brute-force solvers and architecting a scalable enterprise Saa S platform powered by Physics-Informed Neural Networks (PINNs), Fourier Neural Operators (FNOs), and NVIDIA Physics Ne Mo.
As our CTO, you will own the core technical vision, bridge the gap between deep fluid physics and deep learning, and build the engineering engine that transforms cutting-edge Sci ML research into a scalable commercial product.
What You Will Do
Architect the Core Engine: Design and scale our deep-learning-based surrogate solver pipelines,
integrating frameworks like NVIDIA Physics Ne Mo, Py Torch, and custom GPU-accelerated computing layers.
Bridge Physics & AI: Enforce strict conservation laws (Navier-Stokes, continuity equations) into neural network loss functions, ensuring our AI predictions remain physically valid and industry-defensible.
Lead a High-Caliber Team: Recruit, mentor, and lead an elite team of GPU-native developers, applied mathematicians, and deep learning engineers.
Drive Product-Market Fit (PMF): Translate complex scientific architectures into automated, user-friendly enterprise software features that wind farm operators and aerospace OEMs can easily deploy.
Academic & Industry Liaison: Collaborate with top-tier research labs (IISc, IITs) and global renewable energy stakeholders to validate and refine our models against physical wind tunnel and SCADA datasets.
The Profile We Are Hunting For
You are a "Physi
📌 Chief Technology Officer (Chennai)
🏢 Zerocoin Studios
📍 Chennai
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