RTOS Experiments
Experimented with ESP32 for RTOS-style task scheduling, peripheral control, and device-level prototyping.
I am an embedded-focused engineer with production experience across rack server interfaces, IoT systems, and cloud-connected hardware workflows. My strongest areas are Linux systems, RTOS-oriented development, and reliable software-hardware integration.
At Cisco, I worked on AST2600 BMC-focused embedded Linux workflows, including SPI/UART interface bring-up and diagnostics, while also designing monorepo UI architecture, telemetry integrations, and RBAC-driven interfaces.
I enjoy solving practical systems problems where firmware, Linux internals, networking, and product engineering meet.
> embedded systems, platform software, and connected devices
Worked on embedded Linux workflows for AST2600 BMC platform development, including SPI and UART interface bring-up, diagnostics, and integration with rack server management software. Also designed monorepo UI architecture, integrated Cisco Intersight SaaS, implemented MQTT telemetry + NIC operations, and built RBAC and API unit testing frameworks.
Researched image segmentation with deep learning models to generate tool bill-of-materials from real images.
> engineering principles I work by
I focus on building dependable embedded and connected systems by combining low-level programming, Linux platform expertise, and practical engineering discipline.
RTOS task design, deterministic behavior, and reliability first
Linux-first workflows for debugging, automation, and deployment
C/C++ for performance-critical paths, Python/Go/JS for integration
Security-minded interfaces with RBAC, telemetry, and test coverage
Rack server UI architecture, Intersight integration, MQTT telemetry, NIC operations, and RBAC implementation.
Worked on deep-learning-based image segmentation for industrial tool detection and classification.
> outside work: experiments and board-level learning
Outside work, I actively experiment with embedded systems and boards to deepen low-level systems understanding.
Experimented with ESP32 for RTOS-style task scheduling, peripheral control, and device-level prototyping.
Worked with the BeagleBone development board to explore embedded Linux bring-up, interfaces, and system behavior.
> academic foundation for systems engineering
> practical builds across backend, IoT, and computer vision
Django | Python | Postgres | React
Designed and developed the backend for an e-commerce platform with customer, retailer, and wholesaler user segments; integrated Google Calendar support for pickup and drop events.
Python | Blockchain | React
Built a decentralized blockchain with proof-of-work mining and a global ledger synchronized across users.
Python | OpenCV | React | Django | Raspberry Pi
Built license plate capture and logging pipeline using OpenCV and public APIs, including entry timestamp logs from a Raspberry Pi camera setup.
If you are hiring for embedded systems or Linux platform engineering, reach out directly.
> shaurya.vijayvargiya@gmail.com