Electronics Engineering Student (9th Semester) specializing in robust embedded firmware engineering, bare-metal microcontroller programming, and Edge-to-Cloud architecture. I bridge physical world hardware constraints with optimized backend data structures, focusing on safety, determinism, and high-performance computing.
|
|
|
|
|
As an engineer, I believe in learning and building in public. My contributions target systems efficiency, continuous integration automation, and maintaining robust codebase standards across open-source ecosystems.
- Upstream Contributions: Actively debugging, filtering paths, and submitting precise pull requests to globally recognized core repositories.
- Infrastructure Automation: Refining container workflows and ensuring optimized execution footprints for edge computing deployments.
End-to-end distributed telemetry infrastructure architected for real-time climatic variable streaming and historical data parsing.
- Stack: FastAPI, Docker, PostgreSQL, Google Cloud Platform.
- Engineering Highlight: Orchestrated parallel microservice data ingestion pipelines. Optimized production Docker images achieving an 88% container size reduction to run efficiently under resource-constrained edge systems.
Design and hardware deployment of a precise closed-loop digital control system for physical temperature regulation.
- Stack: MicroPython, ESP32 MCU, Digital Control Architecture.
- Engineering Highlight: In-software tuning of PID constants, algorithmic sensor noise filtering, and high-frequency hardware PWM actuator manipulation via external hardware interrupts.
Autonomous industrial embedded module designed for real-time audio playback control via physical operator interfaces.
- Stack: C++, Bare-Metal MCUs, Serial Communication Bus Protocols.
- Engineering Highlight: Developed high-reliability software debouncing algorithms for critical manual input lines and implemented synchronous peripheral storage query management.
2025 - Present
- Deployed over 10 embedded solutions, automation scripts, and custom multi-tenant software pipelines for global clients.
- DevOps Optimization: Designed multi-tenant cloud configurations, shrinking production Docker images from 1GB down to 120MB to lower deployment latencies.
- Firmware Logic: Collaborated on prototype schematic validation, layout consulting, and custom firmware logic compilation for commercial microcontrolled IoT platforms.
- Advanced FastAPI Design & Enterprise Meta-Backend Systems
- Terraform on Google Cloud (HashiCorp)
- Google Cloud Computing Foundations (Google Cloud)
- Machine Learning Onramp (MathWorks / MATLAB)
Building hardware-software bridges at the intersection of Silicon and Scalable Systems.