Dr. Gürsel Sönmez Research Award

Amin Bagherzadeh, a PhD candidate, conducts research focusing on sustainable manufacturing methods, including machining, additive manufacturing, modeling, and materials characterization. He has proposed innovative and eco-friendly cooling techniques in the machining of various difficult-to-cut materials, resulting in enhanced productivity and final product quality while consuming a low cooling rate. To date, his work on the novel technique CMQL (frozen oil particles) has received over 115 citations and earned the "most cited" status in "Tribology International." Amin's publications in highly prestigious journals, such as "Cleaner Production" and "Virtual and Physical Prototyping," showcase his achievements. He has also contributed to the field by developing methods and models to predict tool temperature based on an adaptive approach, identify coefficients of sliding friction, and modify JC models for additive/subtractive manufacturing. As a reviewer for esteemed journals like "the Journal of Materials Processing Technology" and "the Journal of Manufacturing Processes," Amin has reviewed over 20 papers and received the "JMPT 2021 Honorable Mention Reviewer Award." Overall, his research promotes sustainability and contributes to the advancement of manufacturing processes.

Farzad Rokshar Talabazar, is currently a Ph.D. candidate in the Mechatronics Engineering Program at Sabanci University. His research work focuses on exploring the physics of hydrodynamic cavitation (HC) in micro-scale to control and manipulate the HC phenomenon. Cavitation on chip using microfluidic systems has enabled researchers to observe and study the formation and evolution of multiphase flows in micro-scale. His findings revealed new physics related to the phase change phenomena in multi-phase flows. He has also developed and fabricated new generation microfluidic devices for facile generation of cavitation as well as its control. His research on this field provided valuable contributions to the design and development of cavitation-on-a-chip devices. His research work resulted in a total of seven research articles, with him being the main contributor in three of them, in some of the best journals in the field such as Physics of Fluids, Chemical Engineering Journal and Microsystems and Nanoengineering. His article published in Microsystems and Nanoengineering has been selected a feature article in this journal as well as in Phys.Org. Additionally, he contributed to a total of six conference papers and one patent application on waste treatment during his PhD study.

Rayan Bajwa's thesis elaborates in detail how residual (intrinsic) stresses in thin films can be leveraged in MEMS (microelectromechanical systems) fabrication to construct out-of-plane, 3D structures that are otherwise impossible to realize with conventional microfabrication. This is critical for a variety of applications among which Rayan's thesis specifically focuses on how this unique technology can boost some critical performance metrics of radio-frequency (RF) passive devices (including inductors, switches) which are enabling building blocks in high-frequency RF integrated circuits that find use in 5G or strategic radar/surveillance applications to name a few.

Seyyed Hamed Mousavi’s MS work first explored the ground-breaking work of Hardy, Ramanujan, and Rademacher on finding an exact formula for the partition function p(n). He then studied another problem pursuing similar ideas for another partition enumerant, and concluded with an almost complete result of his own. His original result is an exact formula for a certain class of colored partitions. He also has an alternative method to prove the second of the theorems. Hamed showed an outstanding performance and completed his MS course work and thesis in two semesters. He has submitted one journal article out of his thesis work and he has two other articles in preparation for submission. He was won five national and international medals in various venues.

Tolga Çağlar’s PhD work focuses on phase transitions, specifically in spin glasses and other similar systems having quenched random impurities with dimensionality dependence. He took on various original problems where he used hard-spin mean field theory and renormalization group theory to obtain phase diagrams of various degrees of ordering in these systems and their transition characteristics, a topic of deep interest among the statistical physics groups with implications for a variety of other problems including networks. The global renormalization- group calculations are stated to be of the kind that very few people in the world can perform, and Tolga has successfully made original contributions in this area. His work led to novel and interesting results, and publication of four articles in one of the most well-known and prestigious journals in his field of research.

Rebi Daldal, during his MS studies in Sabanci University, worked on modeling and developing algorithms for the batch testing of a series system in the sequential testing problem, a topic which has not been tackled in the existing literature. His work, which also constituted the basis for a TÜBİTAK 1001 project later on, resulted in two research articles in prestigious journals in his field. The first article focuses on the sequential testing problem when the groups of tests that can be performed together are restricted to subsets of given groups of tests. In the second article, he addressed the case where all groups of tests can be performed together. Rebi is the leading author in both articles and had significant contribution in problem modeling, the proof of their NP-hardness, algorithm design, and in particular coding and computer implementation. In addition to his thesis work, Rebi was also involved in a side project where his contribution led to a refereed international conference proceedings paper.

Beyza Vuruşaner's work during her Ph. D. has contributed significantly to the advancement of oxidative stress signaling and reactive oxygen control in cells. Lipid oxidation is a very important phenomenon that has implications in development of serious human diseases including cancer, Alzheimer's disease and atherosclerosis. Beyza has a strong scientific track record of high-quality publications in international peer-reviewed high-impact journals 

Jamal Seyyed Monfared Zanjani , while pursuing his Ph.D. degree in Materials Science and Engineering, worked in the field of composite material development and structural health monitoring. During his stay at Sabancı University, he actively conducted research in the synthesis and characterization of different carbon-based nanomaterials and their effect on different polymeric matrices that are used in composites. He made a significant contribution to the literature regarding nano-engineered design and manufacturing of high-performance epoxy matrix composites with carbon fiber/selectively integrated graphene as multi-scale reinforcements. 

Nima Tofighi, during his PhD research in Sabanci University, has made noteworthy contributions to numerical solutions of complex viscoelastic flow problems with smooth particle hydrodynamics (SPH) method. In particular, he developed a general incompressible approach to overcome the accuracy issues of the SPH methods efficiently and applied this approach successfully to fluid-solid interactions of Newtonian and non-Newtonian fluids, electrohydrodynamics, multiphase flows and the motion of rigid bodies in stationary fluids under external forces such as the gravity and the electric field.

Çağlar Tırkaz’s PhD work contributes to the field of computer vision, particularly to sketch recognition and attribute-based learning. His PhD thesis is aimed at improving human-computer interaction by enabling computer applications to respond to hand sketches and to create descriptions of images by visual qualities, which are used by humans to describe objects and scenes.  His important contribution to sketch recognition is to introduce the auto-completion of sketched symbols, which makes recognition of partially drawn sketches possible. His work in attribute-based learning proposed an automatic mining of attributes to describe object categories visually. 

Bala Anı Akpınar’s PhD research has contributed to mankind’s understanding of the genome of bread wheat, Triticum aestivum, a crop that is essential to human nutrition and animal feed. The determination of the wheat genome is a challenging, ongoing task becasue of its large size and high content of repetitive elements. Together with her collaborators, Ms. Akpınar has characterized the repeat landscape, gene content, and tRNA repertoire of the 5D chromosome of wheat through survey sequencing and physical mapping. This work has led to a valuable genomics resource that the wheat breeders and researchers should benefit from. By further sequencing the 5D chromosome of Aegilops tauschii, a wild progenitor of bread wheat, Ms. Akpınar and her coworkers have shed light into the chromosome-level evolution of the wheat genome. 

Mostafa Shojaeian has made noteworthy contributions on the analysis of single and two-phase heat transfer in non-Newtonian flows during his MS study in Sabancı University, In particular, his work describes the effects of slip coefficient, power-law index and viscous heating on heat transfer characteristics of non-Newtonian flows between parallel plates;  rarefaction effects on heat transfer characteristics of plug flows in micro/nano scales with closed form analytical expressions for the the Nusselt number as a function of the Knudsen number; and analytical solutions for fully-developed non-Newtonian fluid flows in circular channels. 

Alperen Acemoğlu has been active in the research area of microswimming robots which promise new methods of targeted drug delivery. He has transversed the complete spectrum of the field from modeling microswimming robots, to design and finally their experimental implementation using advanced and novel techniques. The research has culminated in several research papers in high-impact journals and conferences. It is realistic to expect that the results of his research will have a significant impact on human health. Görevi: Doktora Öğrencisi, Istituto Italiano di Tecnologia

Nurşen Aydın, in her Ph.D. thesis, has made important contributions to the operations research revenue management area. She has already published two articles in a highly prestigious journal in the field of transportation and logistics. In her first paper, she studied single-leg airline revenue management problems considering overbooking and cancellation. She developed both static and dynamic stochastic programming models which are hard to solve and introduced computationally tractable models that provide tight upper and lower bounds. In her second paper, she addressed contingent commitment options in revenue management. She developed an exact dynamic programming model, which suffered from curse of dimensionality, and proposed an efficient approximation approach. Ms. Aydın also co-authored a conference paper on sensor networks which received the best paper award in the 2011 International Symposium on Performance Evaluation of Computer and Telecommunication Systems. Görevi: Öğretim Üyesi, Warwick Business School

Rüştü Umut Tok, in the course of his Ph.D. research, has made significant contributions to the design, manufacturing, and characterization of nanoantenna surfaces with a broadband absorption, reflection and transmission response. His work involves not only designing such systems, but also has applications in several different disciplines such as solar energy research and femtosecond pulse shaping. He has authored a total of five papers in leading journals in his field and 11 conference papers. His papers have already been cited over 40 times. Mr. Tok is also the recipient of the 2013 Leopold Felsen award and a 100K Tubitak 1512 fund, which led to his founding a spinoff company. Görevi: Doktora Sonrası Araştırmacı, University of California, Los Angeles

Sinem Şaşmaz Muş, during her Ph.D. work has contributed significantly to the worldwide collection of observational data on magnetars, which are highly magnetized neutron stars. Such data provide clues to the inner structure of these very rare celestial objects. In particular, by analyzing the data from the space-based Fermi gamma ray telescope and the Rossi X-ray Timing Explorer, she was able to obtain new results on magnetar glitches and anti-glitches, and properties of the X-ray spectrum of magnetars. She was in fact the first person in the world to use the Fermi telecope data to study magnetars. The glitches, which are sudden tiny changes in the spin rates, shed invaluable light on the inner dynamics of neutron stars, the incredibly highly compressed leftovers from supernova explosions, and, more generally, on the properties of matter under extreme conditions. This has led to her being the lead author in three articles in highly prestigious astrophysics journals. In her last paper, Ms. Muş initiated the study and successfully led a beginning graduate student to this research area. 

Görevi: Doktora Sonrası Araştırmacı, İstanbul Teknik Üniversitesi

Süleyman Kardaş, Ph.D. thesis contributes to the fields of communication security and applied cryptography, specifically considering security and privacy problems of radio frequency identification (RFID) systems. He proposed a generic privacy model using physically unclonable functions and developed two security and privacy protocols achieving highest protection, while also addressing the practical concerns of implementing them in real products. He also investigated the optimal security limits of distance bounding protocols, and security and privacy models for RFID/cloud integration. Mr. Kardaş’s works have a shaping effect to the field, since he not only solved existing problems, but he defined new problems, attack models, evaluation models and application areas for RFID security/privacy. These resulted in five published, two submitted articles in highly prestigious journals and 13 conference publications. His works have been cited over 160 times, which shows significant impact to the field. Görevi: Öğretim Üyesi, Batman University

Ayşe Özlem Aykut: In her PhD thesis titled “Redistribution of States and Inducing New Channels for Conformational Change: Computational Studies on Calmodulin” Ms. Aykut focuses on the conformational shifts observed in proteins and comparison of two linear-response-based methodologies. For her studies on the onset of the dynamical transition in folded proteins with temperature, she used both computational and experimental approaches. The results of this study were published in one of the top journals of the field, the Biophysical Journal. During her PhD, Ms. Aykut worked as a visiting student at the University of Basel which is one of the top institutions forming the bridge between academia and the pharmaceutical industry.  

Elif Özden Yenigün: Ms. Özden-Yenigün’s PhD thesis titled “Designed-in Molecular Interactions and Cross-Linking Interface for Superior Nanocomposites: A Multiscale Insight” consists of her studies on different aspects of nanocomposites. Her work was the first implementation of the nanofibers of chemistry that is designed to establish a cross-linking interface with an epoxy matrix. This designed-in nanofiber enabled a significant increase in the mechanical properties of the composite. 

Mr. Karpat’s PhD thesis titled “Entanglement and Other Measures of Non-Classicality”, consists of several topics related to the theory of quantum entanglement and the dynamics of quantum systems. He worked on the classification of entangled states under local quantum operations and on the optimal conversion probabilities of these entangled states into each other. In addition, he investigated the dynamical properties of quantum correlation measures in several physical models. His theoretical prediction regarding the spontaneous breaking of qubit exchange symmetry under decoherence has been demonstrated experimentally by another research group which is a significant achievement and contribution in his field. 

Zeynep Altintas completed her PhD degree in February 2012 with a thesis titled "Development of nanoparticle-modified sensor platform for cancer marker detection." As an Erasmus exchange student, she went to Cranfield University in England, where she studied capacitive sensor platforms for cancer diagnosis at the beginning of her Ph.D. education at Sabanci University. Upon her return, she proposed a thesis on the development of high- sensitivity capacitive biosensors for the detection of cancer markers with novel nanomaterial- modified sensor platforms, and successfully demonstrated that biosensors with the improved sensitivity are very effective in detection of cancer types with multiple marker assays and have great potential for clinical use. She demonstrated the quality of her work with four published and three submitted articles in highly esteemed journals. Görevi: Öğretim Üyesi, Cranfield University

Nurdagul Anbar finished her PhD under the supervision of Prof. Henning Stichtenoth in three years which is unusually short. During her PhD studies, she visited Prof. Massimo Giulietti for a year at University of Perugia, where she enriched her research by working in new topics. Nurdagul's PhD thesis is titled "On Algebraic Curves in Prime Characteristic" and it consists of two parts. In the first part, for a fixed q and g, she studies the number of rational points that an algebraic curve of genus g defined over the finite field Fq can have and considerably improves the result of Elkies et al from 2004. For this she constructs explicit curves, and uses techniques from the arithmetic of function fields and towers of function fields. In the second part of the thesis, a nonsingular plane curve X over an algebraically closed field K of positive characteristic is considered. It is proved that if the automorphism group of Xhas more elements than a certain constant in terms of the genus of X then the curve must be birationally equivalent to the Hermitian curve. This result improves a result of Henn from 1978. Various methods such as the ramification theory in algebraic curves, Stohr- Voloch theory on Weierstrass points and group theory are used in the proof of this result. In addition to the results in her thesis, Ms. Anbar learned finite geometry, a topic different than the ones mentioned above, and constructed small complete caps from algebraic curves. These efforts led to four articles all of which have been submitted to very prestigious journals. Variety and depth of the techniques used and the number of articles produced, in only three years, are rare and remarkable in a field like mathematics. Görevi: Doktora Sonrası Araştırmacı, Technical University of Denmark

Tolga Dinc's MS thesis titled "SiGe BiCMOS Front-end Integrated Circuits for X-band Phased Arrays" contributes to the field of RF/Microwave integrated circuits and system technologies, by introducing novel designs of several SiGE BiCMOS circuits for next generation phased array radars, such as, a high linearity switch with the highest power handling capability compared to the existing works reported in the literature, a slow-wave switch which employs the slow-wave concept for the first time in any BiCMOS technology, a two stage low noise amplifier (LNA) with the highest figure of merit reported in SiGe BiCMOS technologies, and an X-band switched LNA employing the resistive body floating technique for the first time in switched LNA design to improve power handling capability. All designed circuits were fabricated and tested for first time success, and the entire transmit/receive module was also implemented to be produced as a low-cost and light weight silicon-based fully integrated solution for next generation phased array radars. Tolga's MS work resulted in three accepted, one submitted articles in respected journals, and six conference proceedings. Tolga is a graduate of Sabancy University Electronics Engineering program and he also has a published article from his senior design project. 

Görevi: Doktora Öğrencisi, Columbia University

Feysel Yalçın Yamaner Ph.D Thesis, ‘’Design and implementation of capacitive micromachined ultrasonic transducer for high intensity focused ultrasound (HIFU)’’. As a result of this study, he discovered a new operation mode of capacitive micromachined ultrasonic transducers (CMUT) which enabled an experimental record value in the transmit pressure of these transducers. This new mode of operation will enable new generation of medical imaging devices and will be a perfect candidate for noninvasive treatment of cancers. Yalcın has a patent application from his studies as well as 2 SCI papers already accepted  in prestigious IEEE transactions on Ultrasonics, Ferroelectrics and Frequency Control. 

Halit Erdoğan’s M.Sc. thesis titled “Finding Similar or Diverse Solutions in Answer Set Programming: Theory and Applications” focuses on the problem of computing similar/diverse solutions to a combinatorial search problem using the high-level representation and efficient solvers of Answer Set Programming. He studied this problem both from the viewpoint of theory, including mathematical modeling, algorithm design, soundness/completeness and complexity analysis. Furthermore, he applied these theoretical results to various interdisciplinary applications, including phylogenetics, AI planning and biomedical query answering, by designing and developing novel software packages.

Ibrahim Muter has been an impressive Ph.D. student with his dedication and ability in proposing interesting research questions. Ibrahim’s dedicated work led to three publications in highly regarded journals, namely, Mathematical Programming, INFORMS Journal on Computing, Computers and Operations Research. In his research, he focuses on developing general solution algorithms for large classes of combinatorial optimization problems which clearly goes beyond focusing on a niche in the literature. 

Nilay Duruk Mutlubaş studied a general class of nonlocal nonlinear differential equations in her PhD thesis. Some well-known examples of nonlinear wave equations follow from her model by suitable choices of the kernel function. She obtained sufficient conditions for global existence or finite time blow-up of solutions. She has written 3 articles with her advisors in IMA Journal of Applied Mathematics (2009), Nonlinearity (2010) and Journal of Differential Equations (2011). 

Lütfi Taner Tunç by his Ph.D thesis titled "Identification and modeling of process damping in turning and milling using a new approach". Lutfi Taner Tunc graduated from the IE program and Erdem is graduating from the ME program. Taner came to our university from METU Mechanical Engineering Department for graduate studies. He also got his MS degree at Sabanci University. He has been working with the supervision of Erhan Budak. Taner has 5 accepted or published SCI-E indexed articles one of which is from his master's thesis. He has one more article in an international journal. He has three more articles in preparation. He worked in TUBITAK and industrial projects. He supervised Graduation Projects and helped to run the Manufacturing Research Lab. 

Görevi: Doktora Sonrası Araştırmacı, University of Sheffield

Erdem Öztürk by his Ph.D thesis titled "Modeling of 5- Axis Milling Forces and Form Errors". Erdem Ozturk graduated from the ME program. Erdem came to our university from METU Mechanical Engineering Department for graduate studies. He also got his MS degree at Sabanci University. He has been working with the supervision of Erhan Budak. Erdem has 4 accepted or published SCI-E indexed articles one of which is from his master's thesis. He has one more article in an international journal. He has 4 more articles in preparation. He in TUBITAK and industrial projects. He supervised Graduation Projects and helped to run the Manufacturing Research Lab. 

Görevi: Doktora Sonrası Araştırmacı, AMRC (Advanced Manufacturing Research Center BOEING) The University of Sheffield

Taner Aytun by his M.Sc thesis titled "Determining the Architecture of ZnO Polystyrene-block-Poly (2-vinylpyridine)Micellar Reactor for ZnO Nanoparticle Synthesis". Taner's work at Sabancy University contributed to number of scientific articles. Two of them were published in a well respected journal Langmuir (impact factor of 4.0). Another one is submitted to Applied Physics Letters and currently under review (impact factor of 3.7). He was involved in seven conference papers (four international and three national). For his presentations and a short research visit to MIT, Taner was three times recipient of Insitute for Complex Adaptive Matter junior travel grant. Taner is a graduate of Sabanci University, Materials Science and Engineering program, and he has been actively involved in research projects since his undergraduate years at SU. Additionally, Taner trained and supervised undergraduate students through their senior design projects. 

Görevi: Doktora Öğrencisi, Northwestern University

Abdulkadir Akın by his M.Sc thesis titled "One-bit Transform Based Motion Estimation Hardware Designs". Abdulkadir's work at Sabancy University has produced four papers/presentations in prestigious conferences, two journal articles, which have been published in IEEE Transactions on Consumer Electronics (in SCI), and one article which has been recently accepted for publication in the same journal. Abdulkadir is a graduate of Sabanci University, Electronics program, and he has been imposed to research since his undergraduate years. One of his articles, where Abdulkadir is the second author is from his senior design project, where he helped a Sabanci graduate student Ozgur Tasdizen. In his articles as the first author, Abdulkadir had full contribution in the work, for proposing ideas, completing the implementation and performance analysis. Abdulkadir also trained and supervised undergraduate students through their senior design projects. 

Görevi: Doktora Öğrencisi, Ecole Polytechnique Federale de Lausanne

Çınar Öncel by his Ph.D. thesis titled "Novel Production Technique for Electrolyte Assembly Leading to High Power Density". Cinar Oncel's PhD thesis investigates LSGM electrolyte-based solid oxide fuel cell (SOFC). As a result of this study, SOFC with the highest power density in the literature is realized. Cinar also has publications in SCI indexed articles that are not related to his thesis topic. In total, he has five articles that are in SCI indexed journals (1 article, 1 review and 3 proceedings papers) with Sabanci University address. 

Görevi: Öğretim Üyesi, Muğla Üniversitesi

Elif Damla Arısan by her Ph.D thesis titled "Molecular Mechanism of Drug Induced Apoptosis and Chemoresistance in Estrogen Receptor alpha +/- Breast Cancer Cell Lines: MCF-7 and MDA-MB-231". In Elif Damla Arisan's PhD thesis, she focused on investigation of the role of Bcl-2 in drug-induced apaptosis mechanism. Her results suggest that alteration of other pro-apoptotic or anti-apoptotic Bcl-2 family members may dictate the apoptotic response when Bcl-2 inhibitor is combined with chemotherapeutic drugs. She already published eight papers in journals, indexed by SCI, out of which one article is on her PhD work. She has numerous other papers / presentations, that appeared in national international journals, and in various conference proceedings. 

Görevi: Öğretim Üyesi, İstanbul Kültür Üniversitesi

Mustafa Parlak by his Ph.D. thesis titled "Low Power H.264 Video Compression Hardware Designs". Mustafa Parlak's Ph.D. thesis focuses on energy-saving low-power hardware architectures for video compression algorithms. As a result of this study, he proposed a novel idea which reduces the amount of computation in H.264 video compression standard significantly. Mustafa has three Science Citation Indexed (SCI) publications including ''Low Power H.264 Deblocking Filter Hardware Implementations'' which is an output from his Ph.D. work. He has already found his next research position in Georgia Institute of Technology as a Post-Doctoral Fellow. Görevi: Doktora Sonrası Araştırmacı, Georgia Institute of Technology

Canan Dağdeviren by her "Smart Composite Materials and Structures: Development, Characterization and Engineering Design Applications". Canan Dagdeviren's M.Sc. thesis, focuses on integration of micro- and nano-sized fibers with piezoelectric properties into a polymer matrix. Such structures are recently in demand for a variety of applications including aerospace technologies. During her M.Sc., Canan published two papers in two respected SCI journals as well as submitting one to Journal of Applied Polymer Science, another respected, high-impact SCI journal. In addition to being a highly motivated researcher and a very hard-working student, Canan also attended meetings and conferences to present the results of her research including a presentation at Materials Research Society Fall Meeting in 2009, a very important gathering for the materials science community. Canan was also awarded a highly prestigious Fulbright Scholarship in support of her Ph.D. study at the University of Illinois at Urbana-Champaign starting in Fall of 2009. 

Görevi: Doktora Sonrası Araştırmacı, Massachusetts Institute of Technology

Emre Özlü by his Ph.D. thesis titled "Analytical Modelling of Cutting Process Mechanics and Dynamics for Simulation of Industrial Machining Operations". Emre Ozlu's work contributes to the area of machining process modeling and simulations in order to improve the process capability in terms of increased productivity and quality. All the derived models were verified by experiments. The developed models can be applied to industrial applications to increase productivity and reduce manufacturing costs. The thesis work resulted in 5 SCI-indexed articles in respected journals at the time of the application to the award and many more articles related to this work were in preparation. 

Görevi: Öğretim Üyesi, Sabancı Üniversitesi

Osman El Atwani by his M.Sc. thesis titled "Diplock Copolymer Micelles for Zinc Oxide Formation Via Exchange Reactions: Preperation and Characterization, Loading and Dynamics". Osman El Atwani's work aims to study the use of micelles to synthesize nanoparticles and develop techniques to characterize the materials systems. As a matter of fact, Osman started working with Gursel Sonmez and he was able to publish an article from his work with Gursel Sonmez. Afterwards, he completed his thesis under the supervision of Cleva Ow Yang.

Görevi: Doktora Öğrencisi, Purdue University

Ahmet Fatih Tabak by his M.Sc. thesis titled "Simulation Based Experiments of Traveling-Plane Wave Actuator Micropumps and Microswimmers". In this work, Ahmet Fatih Tabak explored ways for self-propulsion in micro realm. He also derived the mathematical framework for modeling micropumps encompassing fully submerged and anchored waving film inside a microchannel using physical governing equations followed by simulation-based experiments. This work emerged as his own idea to design and build a microswimming robot and it lead to a well-received journal publication in 'Microfluidics and Nanofluidics' and to five top conference papers. 

Görevi: Doktora Sonrası Araştırmacı, Max Planck Institute for Intelligent Systems

Funda Çelebi İnceoğlu by her Ph.D. thesis titled "High Performance Biodegradable Starch/Polyethylene Nanocomposites Prepared via Twin Screw Extruder" Funda Celebi Inceoglu`s thesis provided a way to produce biodegradable plastics exhibiting optimum combination of high mechanical properties, low cost and biodegradability. By using nanotechnology, the properties of the product are highly improved and it became a potential environmentally friendly material to replace conventional polyethylene and also other biodegradable polymers especially in packaging sector. This work emerged as her own idea. At the time of the application, the idea was in the process of commercialization, and there was an international patent application, one journal paper and four conference paper submissions. The project also received $850,000 fund from the industry. 

Görevi: Mühendis, Kale Grubu