Six scientific research papers from the Biomedical Engineering Research Center are participating in the DeSE2025 International Conference – Romania

As part of the remarkable scientific progress and distinguished research contributions presented by the staff of the Biomedical Engineering Research centre at the University of Anbar, the center participated in The 18th International Conference on the Developments in eSystems Engineering (DeSE2025), held in Romania. The center’s scientific contribution was presented by Professor Dr. Yousif Ismail Mohammed Al-Mashhadani, who led a specialized session titled: “Intelligent System Applications with Biomedical Engineering and Artificial Limb Manufacturing.” This session addressed the latest research trends in integrating intelligent systems within the fields of biomedical engineering and prosthetic limb design and manufacturing, emphasizing the convergence between artificial intelligence, biological control, and electromyographic (EMG) signal analysis. The presented studies focused on developing assistive systems aimed at improving the quality of life for individuals with motor disabilities and enhancing the reliability and efficiency of intelligent medical systems. The session featured the participation of several distinguished researchers from the Center for Biomedical Engineering Research, including: Prof. Dr. Yousif Ismail Mohammed Al-Mashhadani Asst. Prof. Dr. Ali Amer Ahmed Al-Rawi Dr. Mohammed Jassim Dr. Muhannad Abdul-Salam Dr. Mustafa Adnan Dr. Sami Abduljabbar Rashid Asst. Lecturer Rami Ahmed Qasim In addition, several researchers from the College of Engineering at the University of Anbar contributed to the completion of these studies, namely: Asst. Prof. Dr. Haitham Kamel Dawood Dr. Abdullah Abdul-Kareem Al-Ani Asst. Lecturer Bara’a Adham Al-Hadithi Asst. Lecturer Saif Al-Din Miqdad Naji Asst. Lecturer Raad Ahmed Asal / Department of Construction and Projects Among the key research papers presented within this session were: Intelligent System for Limb Risk Assessment Using Antagonistic Muscle Control and Bionic Jumping Artificial Joints in Prosthetic Limbs: Enhancing Materials for Durability and Biocompatibility A Real-Time Human-Machine Interface for Servo Motor Control Based on EMG Signal Synchronization Detection and Validation for Concrete Crack with Intelligent System Based on Image Processing Mitigating Disturbances in Smart Grids Using Sliding Mode Controller Approaches A Hybrid Sliding Mode Control Approach for Enhancing Human-Robot Interaction The session also included twenty-five additional research papers from various countries, reflecting the significance of the topic proposed by the Center for Biomedical Engineering Research and underscoring the center’s leading scientific position internationally. This participation highlights the center’s pivotal role in advancing research on intelligent systems and biomedical engineering, and its continued efforts to promote innovation in these critical interdisciplinary fields.