Mohamed Suliman

AI Solar Powered System for Electricity Generation, Food Drying and Potable Water Extraction 09/2020 - 06/2025 2022 2024 ● Developed a solar-powered integrated system that generates electricity, dries fruits, and extracts clean water from humid air. ● Designed and programmed a custom control circuit using ESP32 for fan and heater control. ● Integrated DHT22 sensor, potentiometer, I2C LCD, and 12V relay using PID control for temperature regulation. ● Powered the system with a 12V battery and regulated power with L7809CV. ● Used a Peltier module for condensation and water extraction. ● Fully autonomous and eco-friendly system designed to boost solar panel efficiency and sustainability. Automated Bottle Filling Line Control System ● Designed and implemented a PLC-based control system for an automated bottle filling and capping. ● Line Programmed Siemens S7-1200 logic for conveyor movement, filling valves, and capping motors. ● Integrated sensors for bottle detection and level control to ensure accurate filling. ● Developed an HMI interface for real-time monitoring and manual overrides. ● Tested system operation in simulated industrial conditions with safety interlocks. Star-Delta Motor Starter Control Panel ● Designed a Star-Delta starter for a three-phase motor to reduce starting current. ● Built the circuit using contactors, timers, and overload relays with proper interlocking. ● Simulated and tested the circuit using industrial-grade control panel components ● Created a wiring diagram for troubleshooting and maintenance purposes. Automatic Sliding Gate Control System ● Developed a classic control circuit to operate an automated sliding gate using relays and limit switches. ● Implemented open/close logic with position feedback for safe operation. ● Integrated emergency stop and overload protection features. ● Tested the system functionality for smooth gate movement and reliable limit detection. Autonomous Line Follower Robot with Obstacle Avoidance ● Built and programmed a robot capable of following a defined path using IR sensors. ● Added ultrasonic sensors to detect and avoid obstacles while maintaining the track. ● Designed control logic for smooth navigation through intersections and curves. ● Tested performance across different track layouts to ensure reliability. HMI-Controlled Robotic Arm ● Developed a robotic arm with 6 DOF, controlled through an HMI panel for easy operation. ● Programmed servo motors for precise and smooth movements. ● Designed the user interface for selecting predefined actions and manual control. ● Tested the arm’s ability to pick and place objects of different sizes and weights. Industrial Alarm And Safety System Courses ● ● ● ● ● ● ● ● ● ● ● ● ● ● Designed an alarm system for industrial applications using PLC and various sensors