DR. MOHAMMAD FAIZAL ISMAIL
DR. MOHAMMAD FAIZAL ISMAIL Research Officer/Centre Manager Tel : +603 - 79674282 Email : faizalis@um.edu.my Initially trained as an engineer and holding a PhD in photonics, Dr. Mohammad Faizal Ismail has a strong interest in using optical fibers for applications like structural and environmental health monitoring. He's currently expanding his research to investigate the potential of artificial intelligence for optimizing photonic systems. |
DR. MUHAMMAD ZHARIF SAMION
DR. MUHAMMAD ZHARIF SAMION Research Officer Tel: +603 - 79676770 Email: zarifzf@um.edu.my Dr. Muhamad Zharif Samion is a researcher in the field of photonics engineering, specializing in fiber lasers and advanced photonic materials. His work focuses on the development of high-power, ultrafast, and tunable fiber lasers, particularly in the 1–2 μm wavelength range, as well as innovative fiber-optic-based devices such as optical modulators and four-wave mixing systems. With a strong emphasis on integrating nanomaterials and 2D materials into photonic devices, he has made significant contributions to the advancement of pulsed laser technologies |
DR. MUHAMMAD KHAIROL ANNUAR ZAINI
DR. MUHAMMAD KHAIROL ANNUAR ZAINI Research Officer Tel: +603 - 79676770 Email: annuarz@um.edu.my My research focuses on advancing the frontiers of photonic technologies through innovative work in Fiber Bragg Grating (FBG)-based sensors and high-power pulsed fiber lasers, two interconnected domains with significant industrial and scientific impact. In the area of FBG sensing, I specialize in developing special grating architectures, such as tilted FBGs, chirped FBGs, and microstructured FBGs for various applications. In parallel, my research in high-power pulsed fiber lasers investigates advanced amplification techniques and novel fiber designs to push the limits of pulse energy, duration, and beam quality. By optimizing master oscillator power amplifier (MOPA) configurations and chirped pulse amplification (CPA) systems, I develop laser sources capable of delivering femtosecond-to-nanosecond pulses with exceptional stability for precision manufacturing, laser surgery, and scientific research. My work in this domain focuses on overcoming nonlinear effects and thermal limitations while maintaining excellent beam characteristics, enabling new applications in ultrafast spectroscopy and materials processing. The synergy between these research areas represents a unique aspect of my work - how FBG technology can enhance laser systems (e.g., as wavelength-selective mirrors or sensors for laser diagnostics) and, conversely, how advanced laser systems can enable novel FBG fabrication techniques. This integrated approach has led to innovations such as laser-written FBGs in unconventional fiber materials and FBG-stabilized pulsed laser sources. Through this dual focus, my research contributes to both fundamental photonic advancements and practical solutions for industrial challenges, bridging the gap between laboratory discoveries and real-world applications in sectors including manufacturing, healthcare, and energy. |
DR. MUHAMMAD SYAMIL MOHD SA’AD
DR. MUHAMMAD SYAMIL MOHD SA’AD Research Officer Tel: +603 - 79674282 Email: syamilsaad@um.edu.my Dr. Syamil focuses on the development and deployment of advanced optical fiber sensor networks for real-time monitoring of slopes and structural integrity. By combining innovative sensor design with data analysis, his work addresses critical challenges in geotechnical safety and infrastructure resilience. His expertise spans both hardware and software development, ranging from designing and fabricating arrayed optical fiber sensors to calibrating and assembling sensor systems for field deployment. With strong proficiency in computer-aided design (CAD), he produces detailed drawings for sensor components, system layouts, remote monitoring infrastructure, and even patent applications. On the software side, Dr. Syamil utilizes LabVIEW to develop various user interfaces for continuous data collection, signal processing, and automation. He is also proficient in Python and C language application scripting and cloud integration, ensuring that valuable sensor data is securely transmitted and stored for further advanced visualization through modern web-based dashboards or mobile platforms. Currently, he is expanding his research into distributed sensing technologies, aiming to enhance the sensitivity and scalability of existing monitoring systems. His work supports national efforts toward safer slope management and disaster mitigation, while also contributing to the global advancement of smart infrastructure monitoring |
Last Update: 24/09/2025
