Dinamik ve disiplinlerarası yan dal programımız Batarya Bilimi ve Mühendisliği; e-mobilite ve enerji depolamasındaki küresel zorluklarla başa çıkmak için malzeme bilimi, nano mühendislik, mekatronik, elektronik ve bilgisayar bilimini bir araya getiriyor. 🖥️ Sürdürülebilir bir dünya için temiz enerji depolama teknolojileri konusunda uzmanlaşmak isteyen, tüm öğrencilerimizin seçebileceği Batarya Bilimi ve Mühendisliği yan dal programımız ile “batarya kimyası ve bileşenleri, batarya hücresi ve paketi üretimi ve modellemesi, batarya yönetim sistemleri” gibi konularda uzmanlaşmanın önü açılacak. 🔋 Batarya bilimi ve teknolojilerinde hem teorik hem de uygulamalı laboratuvar çalışmaları ile pratik becerilerin geliştirilmesi için ortam ve fırsatlar sunacak yeni yan dal programımızın bilgilendirme oturumu 26 Eylül günü, saat 12.00-13.00 arasında Sabancı Üniversitesi Tuzla Kampüsü, SUCool binasında yapılacaktır. Siz de enerji devriminin bir parçası olma şansını kaçırmayın. ⚡️ #SabancıÜniversitesi #BataryaBilimiveMühendisliği
Sabancı University Materials Science and Nanoengineering Program
Yüksek Öğrenim
We aim to equip our students with the knowledge necessary for the understanding, design and application of materials.
Hakkımızda
Materials Science and Nano Engineering deals mainly with synthetic and biological polymers, ceramics and metals with applications such as bullet-proof glasses, fire-retardant plastics, superabsorbant materials, optical devices, electrical conductors, artificial skin and drug-delivery. As an interdisciplinary field, materials science and technology is closely related to diverse disciplines such as physics, chemistry, biology, or chemical and mechanical engineering and mechanics. Founded in 1999 at Sabancı University, the program started to admit its first students in 2000. Since then it has rapidly evolved into becoming one of the best academic programs among Turkish universities. We have educated hundreds of undergraduate and graduate students almost all of whom continue their professional careers in top domestic and international companies, universities and research centers. Some have gone on to founding their own spin-off companies specializing in advanced technologies. We have 11 teaching and 5 research faculty members each of whom have had a very broad experience across the top world institutions before joining Sabancı University. All of our faculty members benefit from their strong international networks specifically in Europe and North America with a focus on cutting-edge scientific activities. At a glance, the research at our program encompasses polymers, composite materials, advanced ceramics, development of new structural materials for buildings, materials for energy, semiconductors, thin films and computational studies of complex organic molecules. In order to carry out these activities, our Materials Science and Nanoengineering Program hosts the best equipment infrastructure and laboratories in Turkey in conjunction with the possibilities SUNUM and KTMM offer as thematic research centers. The equipment and research experience as well as the world class education we provide to our students put our graduates at the forefront of their competition.
- Web Sitesi
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https://mat.sabanciuniv.edu/tr
Sabancı University Materials Science and Nanoengineering Program için harici link
- Sektör
- Yüksek Öğrenim
- Şirket büyüklüğü
- 11 - 50 çalışan
- Genel Merkez
- İstanbul
- Türü
- Eğitim
- Kuruluş
- 1999
Konum
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Birincil
Yol tarifi al
Üniversite Cad. Orta Mah. Tuzla
İstanbul, 34956, TR
Güncellemeler
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Open faculty positions in the Materials Program. Please click on the link below: https://lnkd.in/dZb3JwGN or scan the QR code in the posting below for more details.
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Our 2018 alumna, İpek Efe, is currently pursuing a Ph.D. at ETH Zurich and was recently featured by the ETH Zurich Competence Center for Materials and Processes (MaP). Read more at: https://lnkd.in/db5CWjPV
“Communicating science is as important as the research itself” İpek Efe Efe is a fourth-year doctoral student in Prof. Morgan Trassin’s team at the Laboratory for Multifunctional Ferroic Materials. She is a former president of SAM – Scientific Staff Association at the Department of Materials. My research ➡ I focus on #ferroelectric materials. Due to their crystal structure, they naturally separate and store positive and negative charges on their opposite ends. These materials complement and may even replace semiconductors in future electronic devices as they are more energy-efficient and can provide higher information storage density. Now, however, their potential is still limited by issues like decreasing stability (so-called “fatigue”) after repeated use or lack of control of their properties. Currently, I’m working on a thin film material that combines different ferroelectric compounds in one structure—think of it as a composite material but with constituents as thin as several atomic layers. The resulting new material shows new macroscopic properties while still preserving the functionalities of the parent compounds. Thanks to these new properties, we are now one step closer to the development of fatigue-free ferroelectric devices. Our paper on this project is under review and will hopefully be published soon. My MaP moment ➡A defining moment for me at MaP was giving a talk at the 2023 MaP Graduate Symposium. I had spoken at conferences before, but this talk was different—there was a larger, more diverse audience, and I had only 10 minutes to present my work to an audience outside my field. It was a challenge, but it taught me how to simplify complex ideas for a broader audience. After my talk, I was approached by several fellow students, and I realised that my research had more in common with work in other departments than I had thought. This experience reinforced my belief that communicating science is as important as doing the research itself. It’s crucial to make scientific advancements accessible to the public so that, when innovations reach society, they’re understood and accepted. My future ➡I’m passionate about materials science because it bridges engineering and natural sciences across different scales—from nano to macro. I love the intellectual challenge of academia and the sense of discovery that comes with it. I also like teaching, as I see it as a way to inspire and mentor the next generation of scientists. My goal is to continue in academia. I’m particularly interested in doing a postdoc in the United States after completing my doctorate at ETH Zurich, where I’ve also earned my Master’s. In the midterm, I see myself working in Europe or my native Turkey though. ETH Zurich Competence Center for Materials and Processes (MaP) regularly portrays members of associated research groups. #MaP #MaterialsandProcesses #MaPDoctoralSchool #MaPPortraits #MaterialsScience ✍ Barbara Lau-Hauser & İpek Efe 📸 Bixin Yan
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Materials Program faculty Dr. Burcu Saner Okan was recently featured on the Physics World Weekly podcast of Institute of Physics. She discussed the current methods of graphene manufacturing and emphasized the importance of sustainability by incorporating recycled materials as feedstocks in production. Dr. Okan also highlighted her entrepreneurial work, particularly the founding of Euronova, a company focused on sustainable advanced materials. Read the story at: https://lnkd.in/dsP3nQKe
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Materials Program seeks graduate student applications for the Spring 2025 term. The deadline for the applications is November 29, 2024. For the requirements, please check: https://lnkd.in/ditBwM2V Apply online at https://lnkd.in/d5Db-j7p
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Kerem Çıtak, our class of 2018 alumnus, was featured on the Gates Cambridge website. Kerem is a Gates Foundation scholar who recently started his Ph.D. at University of Cambridge on tissue engineering scaffolds for regenerative medicine, with an emphasis on healing skin wounds. Read the full story here: https://lnkd.in/evgx88bD
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Prof. Dr. Gözde İnce, a faculty member of the Materials Science and Nanoengineering Program, has received the TUBITAK 2247 - A - National Outstanding Researchers Program award. Her project titled “Smart Coatings for Metal Surfaces,” aims to develop a new technology for composite thin-film coatings on metal surfaces. The focus will be on creating smart coatings for metal implants and surface-active electrodes for biosensor applications. The TUBITAK 2247 - A - National Outstanding Researchers Program is highly competitive, with 44 researchers out of 193 being awarded this year. This support aims to foster groundbreaking developments in all areas of science and technology for our country. It includes objectives designed to address critical gaps in these fields and provide researchers with opportunities to gain new perspectives. The goal is to support the work of scientists in Türkiye who possess the potential for significant discoveries and/or inventions, as well as to facilitate the presentation of such projects.
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Materials Program alumna, Aleyna Beste Özhan, will give a talk on the use of AI in materials discovery and design. Her talk is titled ‘Leveraging AI for Data Extraction and Broader Applications in Materials Science.’ Beste holds a double major in Materials Science and Computer Science from Sabancı University and is currently a Ph.D. student at the Massachusetts Institute of Technology. We are pleased to have our alumna sharing her insights and expertise at Sabancı !
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Materials Program faculty members Prof. Gözde İnce and Prof. Ongun Özçelik have obtained a grant from the US Air Force Office for Scientific Research (AFOSR). The project, which will be carried out over three years in the Faculty of Engineering and Natural Sciences, aims to conduct research on understanding the surface charging mechanisms of dielectric materials and to achieve significant developments in the usability of these materials in various space environments. The project outputs are expected to provide insight into the engineering of a new class of dielectrics and pave the way for new applications in the extreme environments of space and aviation.
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