semiconductor

Razan Shams

Razan Shams

MS/PhD ECE student at KAUST developing Device Physics and MEMS. Experienced in nanofabrication and semiconductor processing. Passionate about applying material science and experimental physics to interdisciplinary challenges in engineering and technology.

Driving KSA’s semiconductor innovation future

1 min read ·
KAUST Ph.D. alum Dr. Nasir Alfaraj, recipient of the Ibn Rushd Fellowship, is advancing semiconductor tech, fueling progress toward Vision 2030.

Future of Semiconductors Forum 2025 | KAUST

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Building 20

Join global leaders at KAUST to shape the next era of semiconductor technologies.

Ultraviolet semiconductor technologies for COVID-19 and beyond

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KAUST

COVID-19 is a wake-up call for public health and safety. Since the pandemic began, the ultraviolet (UV) technologies have been widely employed in numerous places to contain and eliminate the viruses. Although UV light is nonchemical and does not contaminate the environment, however, most of the UV light today comes from the toxic mercury lamps. In our lab and many institutions in the world, researchers are developing semiconductor-based UV technologies that are compact, reliable, and nontoxic. This seminar shows the research background and briefly discusses the research progress made by our team in a few key areas including material growth, physics, and device fabrication for UV lasers, LEDs, and photodetectors.

KAUST Masterclass: Semiconductor Photonics

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KAUST

Semiconductor Photonics is an immersive master class that explores the cutting-edge field of advanced optoelectronics and its diverse applications. This class brings together experts and enthusiasts to delve into the forefront of research and innovation in semiconductor photonics. Key topics include Semiconductor Laser-Based Lighting and Visible Light Communications, Artificial Intelligent Optoelectronics Hardware for Neuromorphic Computing, Optoelectronic Micro-Devices for Novel AR and VR Displays, and Integrated Silicon Photonics. By covering these varied areas, the class offers a comprehensive understanding of semiconductor photonics and its implications in information technology, healthcare, computing, and beyond.

Interface engineering for GaN HEMTs

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B9 L2 H2

The junctions formed between the metal contact and semiconductors, gate dielectrics are crucial components of GaN based electronics and optoelectronics.

Yara Banda

Abdullah Alshehri

My research focuses on designing efficient interfaces between the analog and digital domains through the development of low-power, high-performance CMOS interface circuits. The interface circuit encompasses key components such as amplifiers, filters, comparators, analog-to-digital converters (ADCs), each of which must be carefully optimized to meet the specific requirements of the target application. By addressing the challenges in analog-digital interfacing, this work aims to contribute to the advancement of integrated circuits and systems that can seamlessly connect real-world analog signals to their digital counterparts, with potential applications in sensor interfaces, data acquisition systems, and mixed-signal electronics. The research involves circuit design, simulation, integration, and experimental evaluation to create novel interface circuit topologies and techniques that improve power efficiency, speed, and overall performance.