Giza, Egypt
Giza, Egypt
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Prof. Salah Sabry Obayya An internationally recognized photonics authority, Prof. Obayya leads the Center for Photonics... View More
Prof. Salah Sabry Obayya An internationally recognized photonics authority, Prof. Obayya leads the Center for Photonics & Smart Materials at Zewail City. Educated at Mansoura University and City University London, he built a global academic career across Europe before joining Zewail. His work in optical communications, fiber lasers, and smart materials has earned him membership in the African Academy of Sciences and IEEE, as well as prestigious awards like the Khalifa Award and Egypt’s First Class Order of Sciences and Arts. A prolific researcher, Obayya’s vision is shaping the next generation of Egyptian photonics innovators View Less
A trailblazer in high-energy physics, Prof. Khalil founded Zewail City’s Center for Fundamental Physics. With a PhD in... View More
A trailblazer in high-energy physics, Prof. Khalil founded Zewail City’s Center for Fundamental Physics. With a PhD in supersymmetry phenomenology and postdoctoral work across Europe and the United States, he returned to Egypt to anchor world-class theoretical physics programs. He later served as Director-General of Research, guiding Zewail’s strategic scientific directions. His accolades include the State Appreciation Award in Basic Sciences and the Shoman Prize for Arab Physicists. Celebrated for talks at international conferences, Khalil blends deep theoretical insight with leadership that elevates Egypt’s fundamental physics research View Less
A leader in materials science, Prof. Alkordi co-directs Zewail’s Center for Materials Science and oversees its Researc... View More
A leader in materials science, Prof. Alkordi co-directs Zewail’s Center for Materials Science and oversees its Research Office. With a PhD from the University of South Florida, he pioneers work on metal-organic frameworks—porous solids engineered for applications in water purification, energy storage, and catalysis. His innovations address Egypt’s environmental and energy challenges. Internationally awarded (e.g., the Humboldt Fellowship and state-level honors), Alkordi is also a Fellow of both the African Academy of Sciences and the Royal Society of Chemistry. His team’s papers in top journals drive real-world technology from nanoscale design. View Less
A global figure in nanomedicine, Prof. El‑Sherbiny heads Zewail City’s Nanoscience Program and the Center for Materi... View More
A global figure in nanomedicine, Prof. El‑Sherbiny heads Zewail City’s Nanoscience Program and the Center for Materials Science. After earning his PhD in smart drug delivery from Massey University, NZ, he conducted postdoctoral research in the U.S. before bringing his expertise home. His multidisciplinary work spans nanomaterials, biosensing, regenerative medicine, and environmental science, blending chemistry, pharmacology, and engineering. A Fellow of the Royal Society of Chemistry and an influential member of biomedical societies, his research on nano-hydrogels and targeted therapies is reshaping healthcare delivery in Egypt and beyond. View Less
The below information is required while
completing the university application :
Essential documents you’ll need to apply for a Bachelor’s degree at Zewail City of Science and Technology:
High School Certificate & Transcripts
Submit a certified copy of your high school diploma (Thanaweya Amma or international equivalent) along with full transcripts. These must be attested where applicable and clearly show your scores in science and math subjects
National ID / Passport & Birth Certificate
An official copy of your national ID card (for Egyptian applicants) or passport (for international students), plus your computerized birth certificate, are required for identity verification
Passport-Style Photos
Provide a recent, high-quality passport-style photograph with a plain white background (usually 3–4 copies)
Proof of English Proficiency
Since instruction is in English, you must supply a valid TOEFL?iBT or IELTS Academic score (TOEFL?94 or IELTS?6+, for example), or otherwise pass the university’s English proficiency test
Military Service Form (for Egyptian males)
Male Egyptian applicants need to submit the completed “Form 2” from military service offices, or proof of exemption if born before 2000
Proof of Residency / Equivalency Documents (if applicable)
Non-Egyptian high school certificates must be accompanied by proof of 12 years of schooling and authenticity verified by the Egyptian embassy or cultural attaché. For those with IGCSE/A?levels, international equivalency certification is also required
Know more
In honor of Dr. Ahmed Zewail’s legacy, the university initiated the creation of a dedicated museum on campus to showcase his achievements and personal artifacts. This institution not only honors Egypt’s first Nobel Laureate in a scientific field but also provides a tangible source of inspiration for students and researchers. With a collection that includes scientific instruments, awards, manuscripts, and memorabilia from Zewail's private collection, the museum fosters scientific pride, celebrates national heritage, and offers experiential insight into the life of a trailblazing scientist.
Zewail City embedded innovation into its DNA via its Technology Pyramid—a structured pipeline linking research to industry, startups, and patents. This ecosystem supports technology transfer, incubates spin-offs, and collaborates with companies across Egypt and abroad. Joint initiatives include partnerships with the Egyptian military, defense corporations, and global universities, collectively fueling entrepreneurship, commercialization, and applied science—ensuring that discoveries transition from lab benches to market-ready solutions
Within just over a decade of opening, Zewail City became the top-ranked university in Egypt and secured a position among the top 10 in the Arab world according to Times Higher Education. It further cemented its academic standing by achieving ABET accreditation for several of its science and engineering programs. This dual recognition—first in national rankings and then by a globally recognized accreditation body—underlines its commitment to meeting international standards, ensuring students are globally competitive, and aligning its curricula with industry-relevant outcomes. This milestone reflects strategic planning, quality assurance, and a faculty-driven push for excellence
During the COVID-19 crisis, Zewail City mobilized its interdisciplinary teams to develop low-cost ventilator prototypes, reusable antiviral masks, and an AI-based diagnostic imaging tool. The ventilators were engineered to function at a fraction of conventional cost, while the masks prioritized sustainability and healthcare safety. The AI diagnostic model analyzed X-rays/CT scans for early detection in resource-limited settings. These rapid, socially impactful responses exemplified the institution’s ability to pivot research toward pressing national needs while showcasing its applied science capabilities
Through its Nanotechnology and Nanoelectronics/PINEM centers, Zewail City built Egypt’s first biochip platforms and 4D ultrafast electron microscopy systems. The biochips enable high-throughput biochemical analysis on micro-scale devices, while the ultrafast microscopes—including PINEM and time-resolved EELS—allow real-time visualization of matter dynamics. These sophisticated tools have positioned Egypt as capable of contributing to the global forefront of nano-bio diagnostics and ultrafast imaging research
Zewail City faculty—including Ahmed Zewail, Salah Obayya, Mohamed Alkordi, Shaaban Khalil, and Ibrahim El-Sherbiny—have earned numerous elite scientific accolades: Einstein World Award, African Union Kwame Nkrumah Award, State Appreciation Awards, Humboldt Fellowships, and Royal Society of Chemistry fellowships, among others. This recognition highlights the institution’s capacity to attract and support world-class talent, and to generate internationally respected research in photonics, materials science, fundamental physics, nanomedicine, and more
Declared in 2012 as a National Project for Scientific Renaissance, Zewail City received a dedicated law and substantial land (198 acres) for expansion. Over subsequent years, it built full-size academic and research buildings, inaugurated new campuses, and launched a future school for gifted young scientists. The campus expansion included modern classrooms, labs, and a museum—all led by the Armed Forces Engineering Authority. This institutional growth trajectory reflects a long-term, government-backed vision to position Egypt as a global science and technology leader
Zewail City attracted hundreds of millions of EGP in investments—from a 100 million EGP donation by Samih Sawiris to government funding nearing 4–6 billion EGP across development phases. This capital supported the construction of its state-of-the-art campus, recruitment of top-tier scientists, and establishment of advanced facilities. Such robust financial backing showcased institutional credibility, long-term vision, and Egypt’s commitment to elevating its science infrastructure. It enabled ambitious goals in education and research while accelerating the City’s mission to fuel a knowledge-based economy.
Admitting only around 5% of applicants—comparable to elite global universities—the City enrolled its first cohorts around 2012. Its inaugural class of approximately 250 graduates, comprising environmental, nanotechnology, renewable energy, space, and communications engineering students, received top honors, including awards like the Zewail Incentive and Dr. Ahmed Zewail Cup. These graduates have progressed to international universities, research institutions, and tech startups, demonstrating the City’s role as a catalyst for developing future scientific leaders
Built on earlier work in nanofluid-enhanced solar desalination, Zewail City researchers extended the tech to hybrid water-treatment units using plasmonic nanomaterials embedded in floating solar stills. Initiated by 2023, experimental units combine solar evaporation with thermoelectric heat capture to concurrently generate clean water and electricity. Inspired by global floating-desal systems, this Egyptian photocatalytic-desal design aims to serve off-grid communities and agriculture with sustainable multi-output installations. Combined experimental results suggest dual-mode operation in water purification and small-scale energy generation.
Researchers at the Center for Nanotechnology engineered precision drug delivery platforms using targeted nanoscale carriers—such as metal-organic frameworks and stimulus-responsive hydrogels—around 2021. These systems are designed to target cancer cells or inflammatory tissues, releasing therapeutics in response to molecular triggers like pH or temperature. With enhanced selectivity and reduced side effects, this biomedical innovation integrates chemistry, nanotechnology, and pharmacology to offer next-generation therapeutic delivery solutions emerging from Zewail City labs.
Also developed during the pandemic, Zewail City’s researchers engineered a reusable respirator mask featuring a silicone exhalation valve treated with antiviral agents. Crafted from medical-grade materials and designed for easy sterilization, it employs replaceable filters capable of trapping viral particles. This concept addresses critical shortages of disposable masks, aiming to provide durable, safe respiratory protection for healthcare workers. The design bridges medical safety and economic sustainability, reducing plastic waste while ensuring user protection
Zewail City devised an artificial intelligence system that analyzes chest X-rays and CT scans to detect COVID-19 infections. Recognizing the limitations of PCR testing—in terms of speed, cost, and sensitivity—the team trained a deep-learning model on clinical imaging datasets to discern COVID-related radiographic patterns. The prototype demonstrated promising preliminary accuracy, and the team sought partnerships with national health authorities to expand training datasets and implement the tool in hospitals. The goal: a rapid, low-cost screening approach scalable across resource-limited healthcare systems
In 2020, Zewail’s AI team created a deep-learning system to analyze chest X-rays and CT scans for early COVID-19 detection. By training on clinical datasets, the tool identified infection-related imaging patterns faster than traditional PCR while being cost-effective and scan-based. With plans to integrate results into hospital workflows, the innovation demonstrated promise in low-resource settings, enabling scalable, rapid screening and improving triage workflows during pandemic waves.
Zewail City’s Center for Nanotechnology developed a prototype solar desalination unit enhanced with nanofluid coatings—such as carbon nanotubes embedded in ethylene glycol. Concluded around 2022, lab-scale pilot tests showed up to 36% efficiency gains compared to conventional collector systems. The design focuses on abundant, low-cost nanomaterials and passive solar heating, optimizing energy capture and distillation output, with direct application for sustainable clean water generation in remote or resource-limited settings
Established in 2012, Zewail City partnered with AUC to launch the Center for Nanoelectronics and Devices. One of its earliest projects involved developing biochips—miniaturized lab-on-chip devices capable of simultaneously analyzing hundreds of biochemical reactions. Designed for diagnostics, environmental sensing, and biomedical experiments, these tiny platforms allow high-throughput screening of genetic and immunological markers. This multidisciplinary innovation combines nanofabrication, electronics, and biomolecular engineering to produce compact, scalable diagnostic tools
This microscope harnesses sub-picosecond laser and electron pulses to capture ultrafast structural dynamics at the atomic level. Invented by Ahmed Zewail (in collaboration with Vladimir Lobastov), the system uses femtosecond-duration electron bursts to probe material samples. When combined with synchronized laser excitation, the instrument can generate near-real-time snapshots of transient molecular or material configurations. Patented between 2006 and 2011, this technology enabled researchers to visualize atomic motions during chemical reactions—advancing Zewail’s pioneering work in femtochemistry. It represents a giant leap in understanding reaction pathways, structural transitions, and the transient states that govern reactivity.
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