Building the future at the intersection of
Artificial Intelligence × Computing Hardware ×
Autonomous Systems
I am an undergraduate Computer Science student at IIT Jodhpur focused on AI systems, operating systems, and computer architecture.
My work explores how modern AI workloads interact with hardware and system software. I build infrastructure for machine learning — including GPU-accelerated inference pipelines, lightweight operating systems for ML workloads, and distributed AI systems.
My interests include ML systems, GPU architecture, AI inference infrastructure, and operating system design for high-performance and low-power computing environments.
I also have a keen passion for design and aesthetics expressed through CAD Modelling in the domain of Robotics.
Bare-metal ARM64 unikernel (<256KB) for deterministic ML inference with custom ONNX runtime and NEON SIMD kernels achieving ~269µs latency.
Classical OS scheduling algorithms with interactive UI, real-time Gantt charts, and cross-platform Electron desktop app.
Real-time voice assistant with sub-second GPU-accelerated inference on NVIDIA A5000, RAG-based context, and 500+ concurrent user support.
Automated chart generation from uploaded PDFs using LLMs and semantic NLP extraction with real-time visualization rendering.
Pixel-wise semantic segmentation of stressed crops from aerial imagery using a 7.7M-param U-Net with real-time video inference.
High-lift wing configuration achieving CL = 8.1258 with full CAD assembly and CFD validation using ANSYS Fluent.
Custom quadcopter with full CAD modeling, structural analysis, and modular component design optimized for autonomous flight.
Interested in collaborating on robotics, autonomous systems, or AI projects? I'm always open to discussing new opportunities, research, and ideas.
Whether it's a research project, internship opportunity, or just a tech discussion — I'd love to hear from you.
Send Email