Importance and Future of Optoelectronic Materials Science and Engineering in Interdisciplinary Science Fields

Title : Importance and Future of Optoelectronic Materials Science and Engineering in Interdisciplinary Science Fields

Abstract:

Engineering is an indispensable technology that forms the basis of every industry and social life today. The engineering of materials, that is, device performance, is as important as the performance of the materials. Basic science and creation of new nanotechnology related to electronic and optoelectronic materials such as insulators, semiconductors, dielectric materials, conductors, magnetic materials and superconductors, production of high efficiency optoelectronic devices is constantly being studied for current and future technologies. In terms of science and technology, engineering continues to develop broadly and interdisciplinary. In this talk, we will first talk about Optoelectronic Materials and especially efficient optoelectronic materials. Afterwards, we will discuss the importance of materials science and the point it has reached in the literature in detail. In the following, we will consider the relationship of efficient materials with engineering. In the next step, we will talk about the place, necessity and importance of synthesis, characterization and properties of materials in interdisciplinary science fields. Finally, we will explain and discuss the future of optoelectronic materials with examples from our own work at the scale of engineering and for interdisciplinary sciences.
Our presentation will briefly present the following to the participants:
. It will raise awareness about the classification of optoelectronic materials.
. By emphasizing the role of materials science and engineering in material and device performance, participants will be guided towards interdisciplinary collaboration.
. The contributions of materials science and engineering to high efficiency device performances will be clearly presented.

Biography:

Dr. Bayram Gunduz received his bachelor’s degree in Physics from Firat University, Elazig, Turkey, 2001–2005, master degree from Solid State Physics, Firat University, 2005–2007, PhD degree from Solid State Physics, Firat University, 2007–2011. He was the First of the Physics Department for 8 consecutive terms (4 years) and completed the Physics Department as the FIRST of the DEPARTMENT. He was research assistant in Solid State Physics, Mus Alparslan University, Turkey, 2009–2011 and was Assist. Prof. Dr. in Department of Science Education, Mus Alparslan University, 2011–2017. He was an Assoc. Prof. Dr. in the same department and university, 2017-2019. He is currently an Assoc. Prof. Dr. in Malatya Turgut Özal University, since November 2019. By October 2022, he will also have received the Full Professor Title. His main achievements include organic semiconductors and optoelectronic materials: (i) electrical, optical, photonic and optoelectronic properties; (ii) fabrication of electronic and optoelectronic devices and and investigation their photophysical properties and applications such as Schottky diode, P–N heterojunction diode, metal–insulator–semiconductor junctions, solar cells, thin-film transistor, photodiode. (B) He has many articles (more than 75) published in SCI, SCI-Exp journals, which have high impact factors and has about 1000 citations to his studies.