- 🏢 Engineer II at Safran Engineering Services, Bangalore — building safety-critical satellite modem management systems under DO-178C compliance
- 🎓 MS in Advanced Electrical & Electronics Engineering — University of Leicester (Distinction, 84%)
- 🔬 Research interest: Embedded ML, Edge AI, Physics-Informed Neural Networks for aerospace & satellite systems
- 🛰️ Worked on FADEC (Trent 900) at Rolls-Royce via ALTEN, Marine Navigation at Raymarine, and now Satellite Comms at Safran
- 🌍 Based in Bangalore, India
| Project | Description | Stack |
|---|---|---|
| 🛰️ Satellite Modem Manager (SMM) | Hexagonal-architecture REST manager with D-Bus integration, HAL abstraction layer, DO-178C audit trails | C++, Python, D-Bus, FastAPI |
| ⚡ FADEC PINN on Edge | Runtime Assurance architecture for Trent 900 FADEC inference on Raspberry Pi 5 (ONNX INT8) | ONNX, sdbus-c++, Python |
| 📡 Edge CV Pipeline | Real-time object detection & anomaly detection on constrained edge devices | TFLite, ONNX, Jetson Nano |
- 🦀 Rust — systems programming for robust edge applications
- 🧬 CUDA Programming — GPU-accelerated inference pipelines
- 🎓 *Research work — IEEE publications in Embedded ML & Satellite Communications
📡 Satellite Communications → DO-178C
✈️ Aerospace Safety-Critical → DO-178C, FADEC, Runtime Assurance
🤖 Edge AI / Embedded ML → TFLite, ONNX, INT8 Quantization
👁️ Computer Vision → Object Detection, Anomaly Detection, Tracking
🧠 Physics-Informed ML → PINNs, Hybrid Modelling, Atmospheric Propagation
- 🛰️ Satellite / RF communications + ML projects
- 🤖 Embedded ML & Edge AI deployments (Jetson, RPi, microcontrollers)
- 👁️ Computer vision: surveillance, object tracking, smart IoT
- 📝 IEEE research publications in Embedded Systems & AI
- 🔒 Safety-critical software (DO-178C / IEC 61508 domain)
"Building intelligence into the edges of the world — one constraint at a time."