Dr. Ahmed S. Dalaq specializes in analytical, computational, and experimental mechanics. He applies the principles of mechanics of materials to analyze and innovate in the development of bioinspired systems, components, mechanisms, and materials. Dr. Ahmed views nature as an immense, ongoing laboratory that continuously shapes novel materials, where the inherent conditions of natural systems can guide real-world applications. He has also developed a strong interest in using origami principles for the design of energy absorbers, energy harvesters, and general engineering systems. Additionally, Dr. Ahmed focuses on Hearing Protective Devices (HPDs), aiming to design the most effective solutions while investigating the sources of pain and discomfort commonly associated with these devices.
His research areas encompass bioinspired materials, biomimicry, Hearing Protective Devices, mechanics of materials, and biomechanics.
| BIOE 455 | Transport Phenomenon |
| BIOE 355 | Biomimicry Design and Modeling Lab |
| BIOE 316 | Ethics and Safety in Bioengineering |
| BIOE 480 | Biomechanics |
| BIOE 370 | Bioengineering Thermodynamics |
| BIOE 524 | Mechanics of Biological Materials |
| LS 504 | Modeling of Biological Systems |
Dr. Ahmed S. Dalaq Assistant Professor Building 7, 120-4 +966(13)860-5527 ahmed.dalaq@kfupm.edu.sa https://pure.kfupm.edu.sa/en/persons/ahmed-dalaq