B.Tech ECE student at College of Engineering Chengannur | Embedded Systems & VLSI enthusiast | IoT Innovator with a patent-filed Power Quality Analyzer | Frontend Developer & App Designer
I am George Joseph, an Electronics and Communication Engineering undergraduate at the College of Engineering Chengannur, Kerala, with a strong passion for transforming ideas into practical, technology-driven solutions.
My interests lie at the intersection of electronics hardware and software, with hands-on experience spanning VLSI design and verification, embedded systems, IoT, and frontend development for web and mobile applications. I enjoy working across the complete development process—from understanding hardware and system requirements to designing intuitive software interfaces.
One of my key projects is the AI Smart Energy Guardian — Low-Cost Power Quality Analyzer, an affordable solution designed to make power-quality monitoring more accessible compared with conventional commercial analyzers. The project combines electronics, embedded systems, data processing, and intelligent monitoring into a single practical platform. A patent has been filed for the project and is currently under review.
I also designed and developed the complete frontend experience of the AI Smart Energy Guardian, including its web dashboard and mobile application interface, with a focus on usability, clarity, and effective visualization of technical data.
Beyond software development, I have a strong interest in electronics hardware, circuit design, electrical wiring, and hands-on experimentation with real-world components. I believe the best engineering solutions come from understanding both sides of the system—what happens in the hardware and how software can make it smarter, more efficient, and easier to use.
I am continuously exploring new technologies and building projects that strengthen my skills while addressing meaningful real-world problems.
AI Smart Energy Guardian is an innovative energy monitoring platform that combines Non-Intrusive Load Monitoring (NILM) with a low-cost single-phase and three-phase Power Quality Analyzer. The system is designed to provide intelligent insights into energy consumption and power quality through a unified hardware and software platform.
The NILM component enables appliance-level energy monitoring by analyzing overall electrical consumption, helping identify individual appliance usage without requiring dedicated sensors for each appliance. This provides a convenient and scalable approach to understanding energy consumption patterns.
The integrated Power Quality Analyzer, developed using Raspberry Pi 5 and the ADE9000 Energy Metering IC, enables real-time monitoring of key electrical parameters including voltage, current, frequency, power factor, energy, and harmonics. The analyzer is designed as a cost-effective alternative to conventional commercial Power Quality Analyzers, which can cost approximately ₹5–8 lakh.
The project brings together AI-based energy analysis, power-quality monitoring, embedded systems, and modern software interfaces to create an affordable and practical solution for intelligent energy management.
I designed and developed the complete frontend experience of the project, including the web dashboard and mobile application interface. My work focused on intuitive UI design, real-time data visualization, responsive layouts, and presenting complex energy and power-quality information through a clear and user-friendly interface.
A smart IoT system for real-time electricity consumption tracking. Built a dedicated web dashboard displaying consumed energy and cost. Features high consumption alerts and hands-on circuit integration.
An interactive web-based educational simulator for digital logic — covering logic gates, truth tables, flip-flops (SR/D/JK/T), a 4-bit binary counter, and a complete 4-bit ALU. Built with C and web technologies.
A software-based secure communication system demonstrating encrypted message transmission between devices over a local Wi-Fi network, combining digital communication and security concepts.
Currently researching and developing new hardware & software innovations. Stay tuned for exciting upcoming releases!
⚡ In Development
AI Smart Energy Guardian
AI Smart Energy Guardian is an innovative, cost-effective Power Quality Analyzer built around the Raspberry Pi 5 and ADE9000 Energy Metering IC. The system supports both single-phase and three-phase electrical measurement, enabling real-time monitoring of key parameters including voltage, current, frequency, power factor, energy consumption, and harmonics.
The platform also incorporates Non-Intrusive Load Monitoring (NILM) for appliance-level energy analysis, providing intelligent insights into energy consumption without requiring dedicated monitoring hardware for every appliance. The system combines power-quality analysis, energy monitoring, embedded technology, and IoT capabilities within a unified, low-cost platform.
Designed as an affordable alternative to conventional commercial Power Quality Analyzers, the system aims to make advanced electrical monitoring significantly more accessible, with potential cost savings of approximately ₹5–8 lakh compared with high-end commercial alternatives.
This section will be updated with new internships, jobs, and freelance work.
Received Certificate of Appreciation from Kerala State Electricity Board (KSEB) for developing a Smart Energy Monitoring project using Raspberry Pi and IoT technologies.
2024Presented the Smart Energy Guardian using IoT mini project to industry professionals at KSEB, Chengannur. Demonstrated innovative IoT-based energy monitoring solution and received industry recognition.
2024Successfully filed a patent for the AI Smart Energy Guardian — Low-Cost Power Quality Analyzer. Currently under review. A landmark achievement in innovation and intellectual property.
2026Successfully completed VLSI Design & Verification internship at SMEC Automation Pvt. Ltd. gaining industry-level exposure to digital chip design and verification flows.
2025Actively working towards upcoming research publications, technical certifications, and innovation honors.
⚡ Upcoming RecognitionsHands-on experience with electrical wiring in residential and commercial setups. Strong practical knowledge of power distribution systems.
Deep passion for designing with electronic circuits, energy metering ICs, embedded modules, and hardware prototyping.
Love crafting beautiful, functional user interfaces. Designed complete frontend for the energy monitoring web dashboard and mobile application.
Exploring ML concepts for load classification and NILM — applying data science to solve real-world energy monitoring challenges.
Have a project, opportunity, or just want to say hello? I would love to hear from you!