Ms. Noha Aboqara | Magneto-optics | Best Researcher Award
Engineerat Zewail City for Science and Technology, Egypt
Noha Aboqara, an exceptional young scholar from Egypt, has combined her passion for electronics and communication engineering with a deep curiosity about photonics and physics. 🌟 With a Master’s degree from Ain Shams University and a double-major undergraduate degree from AUC with the highest honors, Noha’s work spans diverse fields, from drug delivery innovations to AI applications in communication systems. 📚 She’s held teaching roles, completed numerous internships, and actively contributes to community outreach programs. 🌱 A dedicated researcher and award-winning student, she exemplifies academic excellence and a commitment to using technology for societal betterment.
Publication Profile
Education🎓Â
Master’s in Science and Engineering, Ain Shams University, Dec 2024 Â Bachelor of Science and Engineering, AUC, May 2021 Â Double major in Electronics and Communication Engineering and Physics; GPA 3.9/4.0, Highest Honors High School: Maadi STEM School for Girls, GPA 4.0/4.0, June 2016 Â Key academic projects include groundbreaking research on photonics for drug delivery, novel near-field techniques for biomedical applications, and GaN laser studies, leading to multiple publications and a book. Proficient in MATLAB, Lumerical, and C++, Noha integrates engineering theory with practical skills, making her an outstanding STEM achiever.
Experience👩‍🏫Â
Teaching Assistant, Zewail City of Science and Technology, 2022-present Work-Study Program, Electronics and Communications, AUC, 2020 Technical Intern at Vodafone, EgyptAir, BARQ Systems, and CIOMP Lab, specializing in SDN, network security, RF amplifiers, and perovskite materials research. Research Assistant, AUC, 2019; conducted machine learning research for A2A routing, simulated on NS3.  Extracurriculars include roles as Public Relations Head of the Physics Association, Founder of STEM Emergency Team, and Community Outreach member of the Serenity Club, showcasing leadership and dedication to societal impact.
Awards and Honors🏅
Published 7 papers by graduation, including a book on photonics for drug delivery.Honor Recognition, AUC Sciences and Engineering, 2020Â First place in Maadi STEM for math and revolutionary desalination system project; Egyptian Math Olympiad 2nd place winner, 2016Â Silver Tamecom Necklace for excellence in math; National Honor List inclusion for top researchers worldwide, 2015Top prizes in science fairs for projects in environmental engineering, biogas, and industrial drift.
Research Focus🔬
Noha’s research bridges photonics and biomedical engineering, with a notable publication on drug delivery innovations using photonics. she is deeply involved in semiconductor laser studies, stress analysis in GaN lasers, and upconverting materials synthesis for advanced biomedical applications.  She’s developed models in MATLAB for communication diversity schemes (MIMO/SIMO) and simulation projects, contributing valuable insights to communication engineering.  With a keen interest in network virtualization, she applied machine learning in A2A routing, showcasing interdisciplinary skills in modern networked systems and smart materials applications.
- Establishment of Theoretically Guided Understanding for Magneto-Optical Interactions through Ferromagnetic Fluids in Uniform, Static Magnetic Field
- Authors: N.S. Aboqara, A.H.E. Morshed, Y.M. Sabry
- Journal: Physica Status Solidi (A) Applications and Materials Science, 2024
- Comprehensive Modelling for Time-Dependent Magneto-Optical Transmission Spectrum of Hematite Ferrofluid
- Authors: N.S. Aboqara, A.H.E. Morshed, Y.M. Sabry
- Journal: Advanced Theory and Simulations, 2024
Conclusion
Noha Aboqara is a highly qualified and promising candidate for the Best Researcher Award, given her strong academic background, extensive technical skills, and impressive research output. Her diverse project experience, leadership roles, and commitment to impactful scientific research make her a standout candidate. While focusing on specific research areas and seeking international collaborations may further elevate her profile, her current achievements already reflect excellence and innovation. She is well-positioned to contribute significantly to scientific advancements, making her deserving of recognition through this award.