Transforming ideas into smart, connected solutions
Experienced IoT and Electronics Engineer specializing in microcontrollers, embedded systems, and hardware/software integration. Demonstrated leadership in IoT development, automotive training systems, and manufacturing support projects. Proficient in C, C++, Python, system design, and troubleshooting. Consistently delivers scalable and reliable solutions. Currently pursuing a Master's in ICT. Approaches complex technical challenges with a creative and collaborative mindset.
Research Field: Mid Air Haptics for Human-Computer Interaction Applications
This Website This application provides Umrah Al-Badal services by appointing qualified, trusted, and authorized pilgrims from Nafath to perform Umrah for Muslims who cannot do it themselves
Static website to show the Shop profile with modern design and responsive layout.
Static website to showcase the company profile with interactive elements.
Website for Habib company to showcase their services and register students.
Backend for manage the IoT device and user data for LPR and RFID
Scraping website for user data toupdate outsuding fes for ACCESS user in MYSQL
Integrated an LPR camera system
Integrated and optimized RFID reader system with Raspberry Pi backend for data management.
Integrated and optimized Access card device for security and management.
Integrated and optimized Access card device for security and attandance management.
intgrate a smart alarm system for security and safety applications.
Neurawn is a concept that utilizes serial handshaking to integrate multiple networks into a single unified network.
Conducted comprehensive testing of a security body camera system.
Training kit demonstrates the basic concepts of automotive air-conditioning systems.
training kit introducing the fundamentals of electric vehicle
Electric power steering systems training kits to provide hands-on learning.
car airbag systems and functions, allowing OBD-II scanning to diagnose system faults.
Demonstrates car immobilizer and alarm systems, central locking, and the key-based start prevention mechanism
kit provides various functionalities for training in programmable logic control
Explains modulation and demodulation methods for TDM and PCM signals, featuring PCB-based designs
This kit teaches the basics of power electronics components, covering essential concepts and applications.
This kitis a comprehensive learning system designed to enhance motorcycle training programs in educational institutions.
PLC IoT-Based Industrial Automation System to to monitor, optimize, and control power consumption.