DEVELOPMENT OF THE NANOELECTRONICS COURSE CONTENT IN ACCORDANCE WITH THE REQUIREMENTS OF SUBJECT-SPECIFIC COMPETENCIES
Downloads
In the article, the issue of developing the content of the nanoelectronics course, defining the main structure of the course based on
the requirements of competencies related to the subject in students is analyzed. The possibilities of using innovative educational
technologies, simulation, virtual laboratories, imitation models and interactive platforms and modern pedagogical approaches in
effective teaching of the nanoelectronics course are substantiated.
Also, in the article, recommendations for improving the content of the nanoelectronics course based on the competency approach
have been developed.
1. Normurodov M.T., Jo‘rayev A.X. Fizika fani rivojida nanotexnologiyalar o‘rni. “Ta'lim fan va innovatsiya” jurnali – 2019
3-son.
2. Rogers, B., Adams, J., & Pennathur, S. (2014). Nanotechnology: Understanding Small Systems (2nd ed.). CRC Press.
3. Beane, J.A. (1997). Curriculum Integration: Designing the Core of Democratic Education. Teachers College Press.
4. Хомский Д. Нанотехнологии: принципы и применение. - Москва: Техносфера, 2016.
5. Qodirov A., To‘xtayev B. Nanotexnologiya asoslari. - Toshkent: Oliy ta’lim nashriyoti, 2020.
6. Jo‘rayev R., Sodiqov Q. Zamonaviy ta’limda fanlararo integratsiya metodologiyasi. - Toshkent, 2019.
7. Ishmuhamedov R. Ta’limda innovatsion pedagogik texnologiyalar. - Toshkent: Fan va texnologiya, 2017.
Foton kristall texnologiyalari. Fotonli nanostrukturalar hosil
qilish metodlari. Ta’qiqlangan zonalar o‘zgarishini nazorat qilish
usuli bilan fotonli kristallarni sintez qilish. Nanofotonika.
Fotonli tranzistorlar. Spintronika asboblari, Lazerli
nanostrukturalar.
foton kristallarning fizik asoslarini tushuntira olish;
taqiqlangan zona boshqarilishini izohlash;
fotonli tranzistorlar ishlash mexanizmini tahlil qila olish;
spintronika qurilmalarining ishlash prinsipini asoslay olish.
Nanoelektronika sohasida qo‘llana-digan yarimo‘tkazgich
materiallar. Yarimo‘tkazgich materiallar. Yarimo‘tkazgichli
electron strukturalar, geteroo‘tishlar, geterostrukturalar va o‘ta
yuqori kristall panjaralar.
geteroo‘tish va geterostrukturalarni tushuntira olish;
yarimo‘tkazgichli elektron strukturalarni tahlil qila olish;
kristall panjara moslashuvini baholay olish;
Uglerod asosidagi nanomateriallar. Olmos asosidagi yupqa
plyonkalar, nanotrubkalar, nanosimlar, fullerenlar.
olmos asosidagi plyonkalar xossalarini tahlil qila olish;
uglerodli nanosimlarning elektr xossalarini baholay olish;
Magnitli materiallar va polimer nanomateriallar. Magnitli
yarimo‘t-kazgichlar, polimer materiallar. Organik o‘tkazgichlar
va yarim-o‘tkazgichlar.
magnitli yarimo‘tkazgichlarni tahlil qila olish;
organik o‘tkazgich va yarimo‘tkazgichlarning xossalarini
tushuntira olish;
Nanoelektronikada qo‘llaniladigan asboblar va ularning
elementlari. Yarimo‘tkazgichlarda nanotranzistorli strukturalar.
Geterotranzistorlar.
nanotranzistorlarning ishlash prinsipini tushuntira olish;
geterotranzistorlarni tahlil qila olish;
yangi materiallar asosidagi tranzistorlarni solishtira olish;
8. M.Jo‘rayev “Fizika o‘qitish metodikasi” Toshkent-2015. 283b.
9. Karlibayeva Guljaxan Ermekbayevna “Fizika o‘qitish metodikasi fanining samaradorligini oshirish yo‘llari” Toshkent -
2014, 80 b.
10. Chizmeshya A.V.G., Drucker J., Sharma R., Carpenter R.W.(2006) Real time nanoctructure imaging for teaching
nanoscience, and nanotechnology. Boston, MA: Material Research Society (0931-KK03-07)
Copyright (c) 2026 «ACTA NUUz»
This work is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.
.jpg)
1.png)
