Engineering graphic education is aimed at developing skills of working with one of the most complex, from the point of view of human perception, representations of the geometry of an object through projection drawing based on numerous simplifications and special rules. Overcoming the technical difficulties of creating such an image is facilitated by computer tools for design and design work automation. The purpose of this work is to develop the independent work skills and improve the professional competence of future professionals using computer technology. Introduction of electronic learning tools to the educational process allows to reconstruct the process of teaching the subject, maximize the development of independent work skills and reduce the length of adaptation period of students to the conditions of study at university. In the work examples of geometrical figures modeling on a special touch screen are considered, allowing to involve a wide audience of students in the cognitive process simultaneously. The received results allow to increase intellectual-cognitive abilities of students, to form high competent skills, The results of the works are recommended to be used in the educational process of higher technical educational institutions for the training of designers-designers.
Muhandislik grafik ta'limi ko‘nikma ishlarini shakllanishiga yo‘naltirilgan bo‘lib, inson uchun qabul qilish nuqtai nazardan juda murakkabidan biridir. Proekcion chizma yordamida geometrik obyektni tasavvur qilish ko‘p sonli soddalashtirishlarga va maxsus qoidalarga asoslangan. Bunday tasvirlarni tuzish tehnik qiyinchiligini engish uchun kompyuter jihozlari loyiha va konstruktorlik ishlarni avtomatlashtirish yordam beradi. Ushbu ishni maqsadi kompyuter tehnologiyalardan foydalanib kelajak mutahassislarini mustaqil ish bajarish orqali ko‘nikmalarini rivojlantirish va professional kompetensiyalarini takomillashtirishdan iborat. O‘qitishning elektron jihozlarini o‘quv jarayoniga tatbiq qilinishi, fanni o‘qitish, qayta ko‘rishga imkon berib, mustaqil ta'lim ishlarini, ko‘nikmalarini o‘stirishga yordam beradi va talabalarni oliy ta'lim sharoitiga moslashish muddatini qisqartiradi. Ushbu ishda geometrik figuralarni modellashtirishga misol keltirilgan, maxsus sensorni ekranda, bir vaqtni o‘zida katta auditoriyada ta'lim oluvchilarni e'tiborini bu jarayonga tortish uchun olingan natijalar talabalarni qabul qilish intellekti, qobiliyatlarini o‘stirishga yordam berib, yuqori kompitentli ko‘nikmalarni shakllantiradi va natijalarni oliy texnika o‘quv yurtlarini bakalavr talabalari o‘quv jarayoniga tatbiq qilish uchun tavsiya etiladi.
Engineering graphic education is aimed at developing skills of working with one of the most complex, from the point of view of human perception, representations of the geometry of an object through projection drawing based on numerous simplifications and special rules. Overcoming the technical difficulties of creating such an image is facilitated by computer tools for design and design work automation. The purpose of this work is to develop the independent work skills and improve the professional competence of future professionals using computer technology. Introduction of electronic learning tools to the educational process allows to reconstruct the process of teaching the subject, maximize the development of independent work skills and reduce the length of adaptation period of students to the conditions of study at university. In the work examples of geometrical figures modeling on a special touch screen are considered, allowing to involve a wide audience of students in the cognitive process simultaneously. The received results allow to increase intellectual-cognitive abilities of students, to form high competent skills, The results of the works are recommended to be used in the educational process of higher technical educational institutions for the training of designers-designers.
В статье рассматривается инженерное графическое образование направлено на формирование навыков работы с одним из самых сложных, с точки зрения восприятия человеком, представлений o геометрии объекта посредством проекционного чертежа, основанного на многочисленных упрощениях и специальных правилах. Преодолению технических трудностей создания такого изображения способствуют компьютерные средства автоматизации проектных и конструкторских работ. Целью данной работы является развитие навыков самостоятельной работы и совершенствование профессиональной компетенции будущих специалистов с использованием компьютерных технологий. Введение в учебный процесс электронных средств обучения позволяет перестроить процесс преподавания предмета, максимально способствовать развитию навыков самостоятельной работы и сократить длительность адаптации студентов к условиям обучения в вузе. В работе рассмотрены примеры моделирования геометрических фигур на специальном сенсорном экране, позволяющем одновременно вовлечь в познавательный процесс широкую аудиторию обучающихся. Полученные результаты позволяют повысить интеллектуально-познавательные способности студентов, эффективно формировать высокие компетентные навыки. Результаты работ рекомендуется использовать в учебном процессе высших технических учебных заведений для подготовки дизайнеров-конструкторов.
№ | Author name | position | Name of organisation |
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1 | Azimov T.D. | Professor | TDTU |
2 | Mirzaraimova V.T. | kattan o'qituvchisi | TDTU |
3 | Azimov A.T. | dotsent | TDTU |
4 | Toktosunov A.. | техника фанлари номзоди | Қирғизистон Республикаси Ош технология университети |
№ | Name of reference |
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1 | 1. Borovikov I.F., Potapova L.A. Descriptive geometry and modern education // Materials of the 43- interuniversity scientific-methodological conference “Teaching graphic disciplines in modern conditions” Tomsk, 2013. P 153 – 157. 2. Bochkareva S.A., Grishaeva N.Yu., Lyukshin B.Yu. Organization of students' independent work taking into account the requirements of the competency-based approach // Materials of the 43-interuniversity scientific-methodological conference “Teaching graphic disciplines in modern conditions” Tomsk, 2013.Р 171-175. 3. Volkin V.F. The organization of educational activities of students in the process of studying descriptive geometry // Siberian Pedagogical Journal, 2013.P 47-53. 4. Sergeeva I.A. The experience of creating an educational-methodical depository for descriptive geometry and engineering graphics // News Novosibirsk. State University, 2014. № 2 (18). Pages 93-99. 5. Babaev D. B. other. Ways of development of professionalism of the future engineer teacher at the university.- M, 2006.- 131 p. 6. Bugai A.Yu. Independent work of university students // Pedagogical education in Russia, 2014. № 12. Pages 67-71. 7. Tunakov A.P. Drawn and forgot. Search, 2007. №. 10-11. P 35- 41. 8. Rukavishnikov V.A., Antonov V.V. Descriptive geometry: from heyday to sunset. The collection of materials of the Volga scientific-methodological conference dedicated to the 80 th anniversary of SSTU "Problems of geometric computer modeling in the preparation of designers for innovative production." -Saratov: SSTU, 2010. Pages 137-143. 9. Short V.A. Graphic experiment in descriptive geometry. IV int. Scientific and practical Internet conference KGP-2014 "Problems of the quality of graphic preparation of students in a technical university in the conditions of the Federal State Educational Standard of Higher Professional Education" Perm: Perm State Technical University, 2014.P 121- 127. 10. Ermakov A.I., Chempinsky L.A. The role of volumetric modeling in the training of specialists for innovative engineering. Bulletin of the Samara State Aerospace University, 2012. № 3 (34); part 2. Pages 360-368. |