Project
Smart IoT Electric Extension – Setup Guide
Step-by-step guide to configure the Smart IoT Electric Extension using ESP32, RemoteXY Cloud, Telegram alerts, and Alexa integration.
- ESP32
- Arduino
- PCB Design
- 3D Printing
WORK / 01Dynamic project database
Measured, built, tested.
Course projects, competitions, and personal builds—experiments that succeed, fail, and always teach me something.
Competition
Eco-Drive Team | Shell Eco-marathon Qatar
Electrical systems, motor control, and energy efficiency work for two electric competition vehicles at Shell Eco-marathon Qatar.
Personal Project
Smart Water Dispenser (Auto Water Dispenser)
A load-sensing water dispenser combining embedded systems and control techniques to deliver precise volumes of water on demand.
- Control Systems
Course Project
Pet Feeder System (PIC16F877A)
A microcontroller-based automatic pet feeder with a real-time clock, stepper-driven hopper, food-level sensing, and EEPROM-backed settings.
- PIC16F877A
Course Project
Analogue Control Systems – Stability Analysis
Investigating the stability of a linear, time-invariant (LTI) control system using classical control theory.
- Control Systems
Course Project
Solar PV System with Battery Storage
Sizing a residential solar PV + battery system from annual energy consumption, covering load analysis, inverters, and financial feasibility.
- Solar PV
Course Project
400G Optical Communication System
A high-speed optical communication system using coherent detection, WDM, and DSP to move large amounts of data efficiently over long distances.
- Optical Communication
Course Project
FM Transmitter
A frequency-modulated audio transmitter built for the Communication System Fundamentals course — simpler than AM and more resistant to noise.
Course Project
Random Variables in a Solar Panel Farm
Statistical modeling and visualization of random variables to predict performance and detect anomalies in a solar panel farm.
- Solar PV
Course Project
Wireless Power Transfer (WPT)
Comparing inductive, resonant-inductive, and microwave methods for transferring power without a physical connection.
Course Project
Electronics II – Obstacle-Navigating Robot
A line-following robot with autonomous parking, using IR obstacle sensing and Op-Amp circuits for precise movement control.
Course Project
Electronics I – Four-Channel Relay Control
Arduino-driven control of four 220V relay channels, focused on safe, low-power switching of high-power loads.
- Arduino
- Control Systems