Infopaket

ENGINEERING COMPUTER GRAPHICS

ОК 07.

Обов’язкова дисципліна для ОП

First

2025/2026

1 Semester

4

GC01. Ability for abstract thinking, analysis, and synthesis. GC02. Ability to apply knowledge in practical situations. GC04. Ability to communicate in the state language, both orally and in writing. GC06. Ability to use information and communication technologies. GC07. Ability to identify, formulate, and solve problems. GC08. Ability to demonstrate initiative and enterprise. SC 5. Ability to apply modern information, technical, and technological resources to address complex issues in geodesy and land management.

Full-time form

The student competencies required for the study of "Engineering Computer Graphics" are based on knowledge acquired during the student's general secondary education. To study this discipline, the student must be a proficient PC user.

The course "Engineering Computer Graphics" is designed to: develop the ability to solve various engineering-geodetic and land management problems using graphical tools; build skills in creating and interpreting technical drawings; and cover the rules for technical documentation using the CAD software AutoCAD. The course curriculum is designed for both beginners and students who already possess some experience working with CAD software. It covers the development of projects in both 2D and 3D (3D modeling), including the creation of project documentation—progressing from simple to complex tasks—as well as the export and import of projects to and from other data formats. The course aims to lay the foundation for further independent, in-depth study of the software—utilizing recommended literature, publicly available online resources, and online courses—to help students master the full functionality of AutoCAD.

1. Bodnar S. P., Molochko M. A., Belenok V. Yu. Methodological Guidelines for Practical Assignments in the Course "Engineering Computer Graphics": Electronic Version / S. P. Bodnar, M. A. Molochko, V. Yu. Belenok. Kyiv: Taras Shevchenko National University of Kyiv, 2024. – 90 p. 2. Boyko A. P. Computer Modeling in the AutoCAD Environment. Part 1. Geometric and Projection Drawing: Study Guide / A. P. Boyko. – Mykolaiv: Petro Mohyla Black Sea National University Publishing House, 2017. – 116 p. 3. Dubnytska M. V., Krelshtein P. D. 3D Cadastre as a Tool for Regulating Property Relations in the Sphere of Land and Real Estate. // Urban Planning and Territorial Planning: Scientific and Technical Collection / Ed. by M. M. Osetrin. – Kyiv: KNUBA, 2016. – Issue 60. – pp. 124–131.

Lectures, laboratory classes

The final grade from the educational component, the final form of control for which credit is established, is defined as the sum of grades (points) for all successfully assessed learning outcomes of 60 points and credit of 40 points. Scores below the minimum threshold level are not added to the final score. Mandatory for receiving a positive final grade (60 points and above and "passed") is the completion of all laboratory work and modular control work.

Ukrainian