Integrated Photonics
Silicon photonics, waveguide engineering, and PIC-level component development for compact and scalable on-chip optical systems.
Islam I. Abdulaal is pursuing a B.Sc. (Hons.) in Electronics and Communications Engineering at Alexandria University, graduating in 2026. Since 2023, he has been a researcher with the OPST Group (CSMNP, SmartCI, Alexandria University), focusing on Fiber Bragg Grating (FBG)-based optical sensing for biomedical monitoring. He contributed to an AUTP-funded proposal (USD 15,000) on Multi-parameter Vital Monitoring via FBG (MVM-FBG).
In 2025, he joined the NanoPhoto Lab at A*STAR, Singapore, as a research intern through the Egypt Scholars Advanced Labs Program, working on Physics-Informed Neural Networks (PINNs) for optimizing integrated quantum light source and detection structures. His bachelor thesis investigates silicon photonic devices and on-chip Mode Division Multiplexing (MDM) for intra–data center systems.
He has completed over 300 hours of advanced training in ASIC design, PCB/FPGA systems, and AI, and developed multiple DSP and embedded systems projects. Islam has been recognized as a national finalist and global nominee in several competitions, received multiple scholarships, and is an active IEEE Student Member.
He previously served as Chair of the IEEE Solid-State Circuits Society (SSCS) Alexandria University Student Branch Chapter and has co-founded early-stage ventures translating lab-scale research into practical technologies.
My work spans the intersection of integrated photonics with neuromorphic computing, quantum information, nonlinear optics, nanophotonics, and computational design methodologies.
Silicon photonics, waveguide engineering, and PIC-level component development for compact and scalable on-chip optical systems.
Photonic neural network architectures, optical computing primitives, and brain-inspired processing on integrated platforms.
SPDC-oriented architectures, entangled photon-pair generation, and quantum-compatible integrated device design.
Sub-wavelength structures, metasurfaces, and nanostructured resonators for advanced light manipulation and sensing.
PINN-assisted inverse design, multiphysics optimization, and data-driven modeling for photonic device engineering.
Sep 2025 - Present
Contributing to optimization-driven integrated quantum photonics workflows with emphasis on model reliability and practical design iteration.
Jul 2025 - Sep 2025
Completed 90+ hours in AMS behavioral modeling and verification, including Verilog-A PLL modeling and SPICE-based analysis workflows.
Jul 2025 - Sep 2025
Completed intensive research training in quantum photonics, including independent problem framing, simulation, and technical reporting.
OPST Group, Alexandria University
Jul 2023 - Aug 2025
Worked on FBG-based sensing and photonic modeling for biomedical and communications contexts across both analysis and implementation tracks.
Feb 2025
Designed and verified an 8-bit SAR ADC in single-ended and fully differential configurations with FFT-based performance evaluation.
Information Technology Institute
Jun 2024 - Sep 2024
Completed 180+ hours in CMOS analog IC design, including OTA design and verification flows using GF180-based toolchains.
Alongside research, I founded venture and community projects to test practical applications of technical ideas.
Preprint•2025
View PublicationTechnical domains and tools I currently use in day-to-day research and prototyping.
Photonics & Simulation
Programming & ML
Selected recognitions and applications.
Alexandria University Technology Park Research Grant (Applied and shortlisted; later declined due to schedule constraints)
2025
SSCS Student Travel Award (Selected; travel not completed due to visa timing)
Nov 2025
Distinction Grade - Dean's Honors for Academic Excellence
2021 - 2025
ICMTC Artificial Intelligence Contest (AIC-2) - 4th Place
2024
2025 - 2026
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