Basic Geometry and Graphics Training on the Basis of 3D Electronic Models

A. Gornov; Elena Usanova; L. Shatsillo

doi:10.12737/6524

BASIC GEOMETRY AND GRAPHICS TRAINING ON THE BASIS OF 3D ELECTRONIC MODELS Basic Geometry and Graphics Training on the Basis of 3D Electronic Models

АА Аа

Published in Geometry & Graphics · Volume 2, Issue 3 · Pages 46–52 · Rubric: Methodical questions of teaching

DOI: https://doi.org/10.12737/6524

Received: 10.09.2014 Accepted: 10.09.2014 Published: 10.09.2014 Language of publication: RUS

Authors

A. Gornov

Elena Usanova

L. Shatsillo

A. Gornov

Elena Usanova

L. Shatsillo

ABSTRACT

The article offers a variant of geometry and graphics training (GGP) based on the 3D electronic models, methodological principles and elements of design activity logic. The course uses the multifunctional CAD design technology CAD/CAE/CAM-block in GGP. Perfection of CAD-systems interface simplifies procedures of analysis and synthesis of electronic 3D models and their onscreen images. On the basis of 3D modeling more natural methodological approaches are used (from the whole to the part), the role of methodically clear understanding by trainees of purposes of analysis and synthesis of geometric models. Therefore, the 3D geometric models of technical objects are the primary content of the course.

KEYWORDS

new issues and trends, 3D electronic model, variant of the GGP basic course, NX.

Text

Геополитическая ситуация, складывающаяся последнее время в связи с санкционной политикой в отношении России, определяет необходимость активнее идти по пути импортозамещения не только промышленной, но и интеллектуальной продукции. Эта реальность требует кратно усилить и ускорить решение общепризнанных проблем отечественного инженерного образования. Потребность в быстрой и качественной подготовке инженерных кадров не менее остра, чем в период нашей индустриализации в первой половине прошлого века. В этом контексте будущее геометро-графической подготовки (ГГП) как составляющей инженерной подготовки видится в направлении ее более широкой интеграции, как минимум, с элементами проектной подготовки или, еще шире, дизайнерской. Уровень развития современных инженерных информационных и коммуникационных технологий позволяет комплексно реализовать эти идеи в рамках возможных сценариев учебной деятельности, описанных в [9; 11; 12; 14]. На фоне современных процессов модернизации инженерной деятельности [10; 11] можно говорить, что задачи совершенствования ГГП и инженерной подготовки так связаны между собой, что их трансформации не могут быть успешно реализованы изолированно друг от друга.

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JATS XML

Zamestitel' glavnogo redaktora, chlen redsoveta

Vladimir Vyshnyepolskiy

Glavnyy redaktor

A. A. Ishchenko

Vypuskayuschiy redaktor

Dar'ya Sklyankina

501@infra-m.ru

Deputy editor-in-chief, member of the editorial Board

N. Sal'kov

nikolaysalkov@mail.ru

GOST

Gornov A., Usanova E., Shatsillo L. Basic Geometry and Graphics Training on the Basis of 3D Electronic Models // Geometry & Graphics. 2014. no. 3. pp. 46-52. DOI: https://doi.org/10.12737/6524. (Date of access 19.09.2026).

MLA

A. Gornov, Usanova E., Shatsillo L.. "Basic Geometry and Graphics Training on the Basis of 3D Electronic Models." Geometry & Graphics 2.3 (2014): 46-52. DOI: https://doi.org/10.12737/6524.

APA

Gornov A., Usanova E., Shatsillo L. (2014). Basic Geometry and Graphics Training on the Basis of 3D Electronic Models. Geometry & Graphics, 2(3), 46-52. https://doi.org/10.12737/6524

Chicago

A. Gornov, Usanova E., Shatsillo L.. "Basic Geometry and Graphics Training on the Basis of 3D Electronic Models." Geometry & Graphics 2, no. 3 (2014): 46-52. https://doi.org/10.12737/6524.

WIKI

{{cite journal | author = Gornov A., Usanova E., Shatsillo L. | title = Basic Geometry and Graphics Training on the Basis of 3D Electronic Models | journal = Geometry & Graphics | year = 2014 | volume = 2 | issue = 3 | pages = 46-52 | doi = 10.12737/6524 }}

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BASIC GEOMETRY AND GRAPHICS TRAINING ON THE BASIS OF 3D ELECTRONIC MODELS Basic Geometry and Graphics Training on the Basis of 3D Electronic Models

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