Autobiography
Svetlana Peshaya (Mikhailova) graduated with honors from the bachelor's program in 2012 and the master's program in 2014 at the Faculty of Physics and Technology, Al-Farabi Kazakh National University (KazNU), specializing in "Materials Science and Technology of New Materials" (specialties 5B07100 and 7M07116, respectively). In 2017, she completed her PhD in "Nanomaterials and Nanotechnology" (specialty 6D074000). She was awarded the PhD degree on May 3, 2018 (Diploma No. GD0002385). On November 21, 2024, she was granted the academic title of Associate Professor in Physical Sciences (Order No. 1090). Since 2014, Peshaya has been teaching at the Department of Solid State Physics and Nonlinear Physics at the Faculty of Physics and Technology. From 2014 to 2017, she worked as a lecturer, from 2017 to 2019 as a senior lecturer, from 2019 to 2022 as Acting Associate Professor, and from 2022 to 2023 as a senior lecturer. Since May 2024, she has served as Deputy Dean for Scientific Innovation and International Relations at the Faculty of Physics and Technology. Peshaya completed research internships at the Helmholtz Center (Berlin, Germany) in 2013 and at Missouri University of Science and Technology (Rolla, USA) in 2016. In 2022, she participated in the TechWomen program in Silicon Valley, California, which supports women leaders in science, technology, engineering, and mathematics (STEM). In 2014, she received a first-degree diploma in the National Student Research Competition in Materials Science. She earned certificates in 2016 and 2020 in the "Best Young Scientist" competition of the KazNU Physics and Technology Cluster. In 2021, she was awarded a research scholarship for talented young scientists by the Republic of Kazakhstan. Peshaya participated in the state program "Youth Personnel Reserve 2016," designed for young professionals motivated for career growth and possessing advanced professional and managerial skills. In 2017, she received the Academician Sh. Sarsembinov Scholarship. She was a finalist in the British Council’s FameLab science communication competition in 2019 and 2020. In 2019, 2020, and 2021, she supervised high school students (grades 10, 11, and 9) in technical projects at FML 90 School. Peshaya is proficient in English, as demonstrated by her TOEFL iBT score of 82/120 (2012) and IELTS scores of 7.5/9 (2014, 2021).
Education
Educational institution |
Квалификация |
Expiration date |
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Academic degree
Name of the scientific degree |
Branch of science |
Graduation Date |
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ДокторPhD |
03/05/2018 |
File name |
Headline |
Description |
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General Course of Physics. Optics |
УМКДоптика15-16 |
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General Course of Physics. Optics |
Закон преломления вирт |
Виртуальная лабораторная работа |
General Course of Physics. Optics |
Определение фокуса линзы вирт |
Виртуальная лабораторная работа |
General Course of Physics. Optics |
Угол полного Вн отражения вирт |
Виртуальная лабораторная работа |
Engineering and computer graphics |
Лабораторная0115 |
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Engineering and computer graphics |
лабораторная0215 |
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Engineering and computer graphics |
Лабораторная0315 |
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Engineering and computer graphics |
Лабораторная0415 |
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Engineering and computer graphics |
Лабораторная0515ма |
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Engineering and computer graphics |
лабораторная0615 |
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Digitalization of Systems and Technological Processes |
лекция 11 |
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Methods and devices for material control |
lecture 5 |
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Digitalization of Systems and Technological Processes |
лекция 10 |
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Methods and devices for material control |
лекция 1 рус |
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Methods and devices for material control |
лекция 2 |
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Methods and devices for material control |
lecture 4 4 |
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Technology of Porous Nanomaterials |
лек 3 Иерархические структуры |
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Modern methods of research structure and properties of materials |
Lecture 7 |
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Methods and devices for material control |
lecture 8 |
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Methods and devices for material control |
lecture 10 |
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Modern methods of research structure and properties of materials |
Лекция 1 |
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Physics Workshop on Optics |
Оптика Лабораторные |
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Optics |
Лабораторные |
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Physics Workshop on Optics |
лабораторные |
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Digitalization of Systems and Technological Processes |
Лекция 8 (рус) |
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Digitalization of Systems and Technological Processes |
лекция 9 |
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Methods and devices for material control |
lecture 6 |
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Modern methods of research structure and properties of materials |
Лекция 8 |
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Modern methods of research structure and properties of materials |
Lecture 6 |
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Technology of Porous Nanomaterials |
лек 2 самосборка |
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Modern methods of research structure and properties of materials |
Lecture 9 |
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Modern methods of research structure and properties of materials |
Lecture 11 |
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Digitalization of Systems and Technological Processes |
Лекция 4 |
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Construction materials |
лекция 1 |
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Construction materials |
Лек 3 |
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Engineering and computer graphics |
Лабораторная0715 |
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Engineering and computer graphics |
Лабораторная0815 |
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General Course of Physics. Optics |
Optics_Ru |
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General Course of Physics. Optics |
зонная пластинка (1) |
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General Course of Physics. Optics |
зонная пластинка (2) |
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General Course of Physics. Optics |
зонная пластинка (3) |
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Modern methods of research structure and properties of materials |
Лекция 4 |
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Modern methods of research structure and properties of materials |
Лекция 5 |
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Construction materials |
лек 5 |
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Construction materials |
лекция 6 |
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Construction materials |
лек 9 |
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Construction materials |
лекция 7 |
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Construction materials |
лекция 8 |
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Construction materials |
лек 10 |
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Methods and devices for material control |
Лекция 9 |
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Methods and devices for material control |
lecture 7 |
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Modern methods of research structure and properties of materials |
Лекция 9 |
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Modern methods of research structure and properties of materials |
Lecture 5 |
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Modern methods of research structure and properties of materials |
Лекция 6 |
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Modern methods of research structure and properties of materials |
Лекция 7 |
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Construction materials |
Лекция 4_2 |
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Methods and devices for material control |
lecture 3 3 |
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Technology of Porous Nanomaterials |
Лек 1 начало |
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Digitalization of Systems and Technological Processes |
Лекция 3 |
|
Methods and devices for material control |
lecture 1 eng |
|
Methods and devices for material control |
lecture 2 |
|
Modern methods of research structure and properties of materials |
Lecture 1 |
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Modern methods of research structure and properties of materials |
Lecture 3 |
|
Construction materials |
лекция 2 |
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Modern methods of research structure and properties of materials |
Lecture 2 |
|
Digitalization of Systems and Technological Processes |
лекция 5 |
|
Digitalization of Systems and Technological Processes |
лекция 6 |
|
Digitalization of Systems and Technological Processes |
лекция 7 |
|
Construction materials |
Лекция 11 |
|
Methods and devices for material control |
лекция 6 |
|
Modern methods of research structure and properties of materials |
Lecture 7 |
|
Modern methods of research structure and properties of materials |
Лекция 10 |
|
Modern methods of research structure and properties of materials |
Лекция 11 |
|
Modern methods of research structure and properties of materials |
Lecture 4 |
|
Construction materials |
лек 12 |
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Modern methods of research structure and properties of materials |
Lecture 8 |
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Modern methods of research structure and properties of materials |
Lecture 10 |
|
Methods and devices for material control |
лекция 7 |
|
Methods and devices for material control |
lecture 9 |
|
Methods and devices for material control |
лекция 4 |
|
Methods and devices for material control |
Лекция 8 |
|
Digitalization of Systems and Technological Processes |
Лекция 1 |
|
Digitalization of Systems and Technological Processes |
Лекция 2 |
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Modern methods of research structure and properties of materials |
Лекция 2 |
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Modern methods of research structure and properties of materials |
Лекция 3 |
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Пешая Светлана Леонидовна
Манабаев Н.К., Тауасаров К.., Максимова С.Я., Приходько О.Ю., Исмайлова Г.А., Мухаметкаримов Е.С. 2016 - г. 6 - стр. 2
Пешая Светлана Леонидовна
Манабаев Н.К., Приходько О.Ю., Исмайлова Г.А., Мухаметкаримов Е.С. 2016 - г. 8 - стр. 3
Пешая Светлана Леонидовна
Максимова С.Я., Приходько О.Ю., Мухаметкаримов Е.С. 2017 - г. 5 - стр. 3
Пешая Светлана Леонидовна
Максимова С.Я., Приходько О.Ю., Мухаметкаримов Е.С. Төсеніш материалының а-С:Н қабықшаларының құрылымына әсері 2017 - г. 6 - стр. 3
Пешая Светлана Леонидовна
Мухаметкаримов Е.С., Максимова С.Я., Приходько О.Ю. а-С:Н қабықша құрылымына тұндыру температурасының әсері 2017 - г. 5 - стр. 5
Пешая Светлана Леонидовна
Максимова С.Я., Приходько О.Ю., Мухаметкаримов Е.С. 2016 - г. 5 - стр. 0
Пешая Светлана Леонидовна
Максимова С.Я., Мухаметкаримов Е.С., Приходько О.Ю. 2018 - г. 5 - стр. 4
Пешая Светлана Леонидовна
Соколов А.С., Исмайлова Г.А., Михайлов Л.В. 2018 - г. 7 - стр. 67
Пешая Светлана Леонидовна
Соколов А.С., Михайлов Л.В., Исмайлова Г.А. Шаңсорғышты ауа тазартқыштан тазарту процесін модельдеу 2018 - г. 114 - стр. 4
Пешая Светлана Леонидовна
Михайлов Л.В., Тауасаров К.., Максимова С.Я., Приходько О.Ю., Исмайлова Г.А., Мухаметкаримов Е.С. 2018 - г. 5 - стр. 125
Пешая Светлана Леонидовна
Дәуітхан Қ.., Тауасаров К.., Исмайлова Г.А., Михайлов Л.В., Мухаметкаримов Е.С., Максимова С.Я., Приходько О.Ю. 2018 - г. 5 - стр. 125
Пешая Светлана Леонидовна
Исмайлова Г.А., Михайлов Л.В. 2019 - г. 7 - стр. 3
Пешая Светлана Леонидовна
Дәуітхан Қ.., Досеке У.А., Приходько О.Ю., Мухаметкаримов Е.С. 2019 - г. 5 - стр. 133
Пешая Светлана Леонидовна
Гусейнов Н.Р., Немкаева Р.Р., Рягузов А.П. 2019 - г. 9 - стр. 127
Пешая Светлана Леонидовна
Гусейнов Н.Р., Немкаева Р.Р., Рягузов А.П. 2019 - г. 9 - стр. 127
Пешая Светлана Леонидовна
Гусейнов Н.Р., Немкаева Р.Р., Рягузов А.П. Тепе-теңдік емес синтез шарттарының құрылымы мен аморфты көміртекті пленкалардың оптикалық қасиеттеріне әсері 2019 - г. 9 - стр. 127
Пешая Светлана Леонидовна
Таурбаев Т.И., Шабдан Е.., Секербаев К.С. Кремний субстраттарындағы органометалды перовскит қабаттарындағы кернеуге тәуелді фотоқондырылған ток және фотолюминесценция 2020 - г. 8 - стр. 0
Пешая Светлана Леонидовна
Никулин В.Э., Лаврищев О.А., Ерсайын Р.Ж., Исмайлова Г.А., Михайлов Л.В. Қала тұрғындарының қажеттіліктері үшін смарт терезе арқылы күн энергиясын пайдалану 2021 - г. 3 - стр. 6
Пешая Светлана Леонидовна
Максимова С.Я., Исмайлова Г.А., Досеке У.А., Мухаметкаримов Е.С., Приходько О.Ю. Наноқұрылымдық TiO2 қабықшаларының құрылымы мен оптикалық қасиеттерінің термиялық тұрақтылығы 2021 - г. 6 - стр. 12
Пешая Светлана Леонидовна
Турманова К.Н., Досеке У.А., Мухаметкаримов Е.С., Исмайлова Г.А., Приходько О.Ю. Аморфты наноөлшемді композиттік TiO :Ag қабықшаларының оптикалық жолақ аралықтарын анықтау ерекшеліктері 2022 - г. 5 - стр. 0
Пешая Светлана Леонидовна
Исмайлова Г.А., Мухаметкаримов Е.С., Гусейнов Н.Р., Толепов Ж.К., Немкаева Р.Р., Сагидолда Е.., Орынбай Б.Г., Максимова С.Я., Приходько О.Ю. Au-TiO2 және Au-WO3 плазмонды нанокомпозиттер құрылымының ерекшеліктері 2023 - г. 13 - стр. 16
Author Documents
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Citations
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h-index
4