Technical Portfolio

Systems & Electronics

Embedded development, hardware projects, robotics, and automation systems

Microcontrollers

Embedded Systems

IoT development with ESP8266 and ESP32 platforms

ESP8266 / ESP32

Primary development platforms for IoT projects. Wi-Fi enabled microcontrollers for sensor networks and automation.

MicroPython

Python-based firmware development for rapid prototyping and complex logic implementation.

Wireless Communication

Wi-Fi mesh networking, HTTP/HTTPS APIs, and real-time data transmission protocols.

Development Stack

ESP8266 ESP32 MicroPython Arduino IDE PlatformIO MQTT REST APIs GPIO
Project

Self-Healing Mesh Network

Redundant communication infrastructure for IoT devices

Automatic Failover System

Designed for critical warning panel systems that require high availability. Each node in the network can communicate directly or through intermediary nodes, ensuring message delivery even when individual components fail.

The system monitors node health in real-time and automatically alerts administrators when connectivity issues are detected. This enables proactive maintenance before complete system failure.

ESP8266 MicroPython Mesh Protocol Redundancy
Mesh Network Diagram

Technical Specs

  • PlatformESP8266
  • LanguageMicroPython
  • ProtocolCustom Mesh
  • Failover Time< 5 seconds

Key Features

  • Auto-discoveryYes
  • Admin AlertsYes
  • Max Nodes50+
  • Power5V USB
Competitions

Robotics & Innovation

Competition projects and technical achievements

OmniNode Smart Panel

3rd Place - MicroProInvent 2025
Independent project featuring an intelligent IoT panel system with advanced connectivity and automation capabilities. Demonstrated full-stack development from hardware design to software implementation.

1st Place - MicroProInvent 2024
Led the winning team for Smart Warning Panels (PAI) project, showcasing innovation in IoT sensor integration and AI-powered emergency response systems.

ESP32 Sensors Display IoT
OmniNode Project

Competition Track Record

2025

MicroProInvent - 3rd Place

Solo project: OmniNode intelligent panel system

2024

MicroProInvent - 1st Place

Team lead: Smart Warning Panels (PAI)

Hardware

Electronics & Hardware

Hands-on experience with components and troubleshooting

Troubleshooting

Diagnosing and repairing electronic devices, from power supplies to logic boards.

Power Systems

Understanding power requirements, voltage regulation, and efficient power distribution.

3D Printing

Designing and printing custom enclosures and mechanical components for projects.

Equipment & Skills

Multimeter Oscilloscope Soldering PCB Design 3D Modeling CAD Power Analysis
Philosophy

Systems Thinking

Approaching problems as interconnected systems

Working across embedded systems, networking, and server infrastructure provides a unique perspective on how different technology layers interact. Problems in one domain often have solutions that draw from experience in another.

Whether debugging a mesh network failure, optimizing server performance, or designing a new sensor system, the same principles of systematic analysis and incremental troubleshooting apply.

Cross-Domain Skills

  • Networking→ IoT Communication
  • Server Admin→ Embedded Linux
  • Scripting→ Automation
  • Hardware→ Troubleshooting

Interested in Technical Projects?

Available for embedded development, automation projects, and technical consultation.

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