I build Embedded, Industrial IoT, and Edge AI systems that connect real-world devices to reliable software platforms.
My work covers the full engineering path: firmware, sensor integration, telemetry, backend services, monitoring dashboards, and AI-assisted decision support.
I focus on practical systems that are measurable, maintainable, connected, and useful beyond the prototype stage.
identity:
role : Embedded Software Engineer
domains : [Industrial IoT, Edge AI, Firmware]
approach : End-to-end system engineering
focus : Real-world connected products
stack : C/C++ · Python · MQTT · ARM/ESP32| 🔧 Domain | 🎯 Focus |
|---|---|
| Embedded Systems | C/C++, ARM, ESP32, firmware development, device bring-up, sensor integration |
| Industrial IoT | MQTT telemetry, RS485, LoRaWAN, gateways, device-to-cloud data flow |
| Edge AI | Computer vision, lightweight inference, AI-assisted monitoring, smart alert validation |
| Backend & APIs | Python services, REST APIs, automation, data pipelines |
| Monitoring Systems | Dashboards, logging, observability, device management, system reliability |
| Product Engineering | End-to-end IoT products from electronics and firmware to cloud services and UI |
I work on systems where hardware, firmware, connectivity, backend logic, monitoring, and intelligence are designed as one connected product.
Typical work areas include:
- ⚙️ Embedded firmware for sensor-based systems
- 📡 MQTT / RS485 / LoRaWAN telemetry pipelines
- 🐍 Python backend services and automation tools
- 📊 Device monitoring dashboards and operational interfaces
- 🧠 Edge AI and computer-vision-based decision support
- 🏭 Industrial and infrastructure-focused IoT systems
One of my applied engineering directions is smart infrastructure monitoring, including road-surface sensing, environmental telemetry, data collection, false-alarm reduction, and AI-assisted warning support.
This work represents a broader engineering pattern I focus on:
Sensors → Firmware → Communication → Backend → Dashboard → AI-assisted decisions
I am focused on building reliable, field-oriented systems in:
- ⚙️ Embedded Software Engineering
- 📡 Industrial IoT and telemetry systems
- 🧠 Edge AI and computer vision
- 🐍 Python backend services and automation
- 📊 Monitoring dashboards and device-management platforms
- 🏭 End-to-end smart infrastructure and industrial products
