Hasan Hemsh

PROJECTS SOLAR PANEL MONITORING AND CLEANING SYSTEM Kuwait 2025-2026 • Designed a solar panel monitoring and automated cleaning system to maintain optimal efficiency in harsh environmental conditions. • Integrated sensors and control systems to track performance parameters and trigger cleaning based on dust accumulation and efficiency loss. • Enhanced energy output and system longevity through smart automation and data-driven decision-making. • Incorporated IoT-based monitoring using microcontrollers (e.g., ESP32) to enable real-time data tracking and remote system control. CFD-BASED NET-ZERO ENERGY BUS STOP WITH PMV CONTROL Kuwait 2025-2026 • Developed a CFD-based net-zero energy bus stop concept to evaluate thermal comfort and environmental performance under local climate conditions. • Integrated PMV-based thermal comfort analysis to assess user comfort and support energy-efficient design decisions. • Applied simulation and engineering analysis tools to study airflow, temperature distribution, and sustainable system performance. PLC AUTOMATED SYSTEM FOR A DAIRY FACTORY Kuwait 2024-2025 • Designed and implemented a PLC-based automated system for a dairy factory to improve production efficiency and process control. • Programmed ladder logic to automate operations, including sequencing, monitoring, and control of industrial processes. • Integrated sensors for real-time feedback mechanisms. UNIVERSITY MANAGEMENT SYSTEM Kuwait 2023-2024 • Developed a university management system to streamline administrative processes and improve data organization. • Designed system functionalities for handling student information, records, passwords and basic operations efficiently. • Enhanced usage by implementing a structured and user-friendly interface for easier access and management. SMART AQUARIUM SYSTEM Kuwait 2022-2023 • Designed and developed a smart aquarium system integrating temperature, water level and chemical monitoring for optimized aquatic conditions. • Implemented automated control features including a self-cleaning glass system and real-time monitoring for improved maintenance and efficiency. • Enhanced system reliability and user convenience by incorporating sensor-based feedback and security mechanisms.