INNOVATIVE APPROACHES TO DEVELOPING CONSTRUCTIVE AND TECHNICAL THINKING IN PROSPECTIVE TECHNOLOGY EDUCATION TEACHERS
Keywords:
technology education, technical modeling, design engineering, metacognitive intervention, inventive thinking, reflection, competence.Abstract
This article examines the development of technical modeling and design competencies among prospective technology education teachers through the integration of metacognitive and creative thinking approaches. The study analyzes the effectiveness of educational interventions grounded in metacognitive and inventive thinking for fostering these competencies in undergraduate students specializing in technology education.
Downloads
References
Muslimov N.A. Bo‘lajak kasb ta’limi o‘qituvchilarini kasbiy shakllantirish / Monog. – T.: Fan, 2004. – 126 b.
Tolipov O‘.Q. Oliy pedagogik ta’lim tizimida umummehnat va kasbiy ko‘nikma va malakalarni rivojlantirishning pedagogik texnologiyalari: Dis. ...ped.fan.dokt. – T.: 2004. – 314 b.
Sharipov Sh.S. O‘quvchilar kasbiy ijodkorligi uzviyligini ta’minlashning nazariyasi va amaliyoti: Ped. fan. dok. diss.. – T.: 2012. – 264.
Qo‘sinov O.A. Kompetentli yondashuv asosida bo‘lajak o‘qituvchilarning kasbiy-pedagogik ijodkorligini rivojlantirish texnologiyasi. Ped. fan. dok. diss. – T., 2019. – 218 b.
Кадыров Х.Ш. Формирование профессиональной компетенции будущих педагогов основе применения информatsiонных и педагогических технологий. Молодой ученый. 2012. № 1 (36). стр.: 102-106.
Qodirov M.M. Bo‘lajak texnologik ta’lim o‘qituvchilarining kasbiy sifatlarini shakllantirish // p.f.f.d.(PhD) diss.avtoreferati. –T.: 2020. 54 b.
Muslimov Sh.N. Integratsiyaviy yondashuv asosida bo‘lajak texnologik ta’lim o‘qituvchilarining kasbiy-grafik kompetentligini rivojlantirish. Ped. fan. dok. diss. – T., 2024.
Utayeva N.N. Bo‘lajak texnologik ta’lim o‘qituvchilarining kreativligini rivojlantirish metodikasini takomillashtirish. P.f.f.d. (PhD). Diss,. Toshkent – 2025.
Хуторской А. В. Компетентност в образовании: Контекст и моделирование. Москва: Народноe образование 2017.
Эрганова Н. Э. Методика развития конструктивного мйшления в курсах технологии. Москва 2016.
Yazici, G., & Dogan, F. Reflection on designing: Metacognitive interventions to enhance metacognitive awareness, motivation, and performance in design learning. International Journal of Technology and Design Education. 2025.
Barak, M., & Zadok, Y. Teaching problem-solving strategies in technology education. Research in Science & Technological Education, 25(3), 179–193 2007.
Meijer, P. Metacognitive strategies in design-based education. European Journal of Education Studies. 2021.
