Infopaket

ENGINEERING COMPUTER GRAPHICS

ОК 26

Обов’язкова дисципліна для ОП

First

2022/2023

3 Semester

4

PR1. Communicate freely orally and in writing in national and foreign languages on matters of professional activity. PR3. Convey information, ideas, problems, solutions, own experience and arguments to specialists and non-specialists. PR5. Apply conceptual knowledge of natural and socio-economic sciences when performing tasks of geodesy and land management.

The student's competencies, which are necessary for studying "Engineering computer graphics", are based on the knowledge obtained during the study of the following disciplines: "Higher Mathematics", "Topographic (or Land Survey) Drawing", "Computer Design", "Topography", " Geodesy", "Fundamentals of Land Management". To study the discipline, the student must be a confident PC user.

The course program is designed for both beginners and students who already have certain CAD skills. The program provides for the development of projects, both in two-dimensional (2D) and three-dimensional space (3D modeling) with the creation of project documentation (according to the principle from simple to complex) with the study of the possibilities of exporting/importing projects into other data formats. The course should lay the foundations for further independent in-depth study (using recommended literature, publicly available Internet resources and online courses) of the software and mastering AutoCAD functionality. The knowledge acquired by students will be necessary in further studies, in the preparation of qualification papers, professional activities and communication with planners, architects, constructors, and designers.

1. Topchii V.I. Hrafichna systema AutoCAD. Osnovy inzhenerno-budivelnoho kreslennia, modeliuvannia ta animatsii. – Lviv: Vydavnytstvo Lvivskoi politekhniky, 2017. - 396 s. 2. Pavlovskyi S.M. Osnovy avtomatyzovanoho proektuvannia: laboratorni roboty v seredovyshchi AutoCAD: navch. posib. / S. M. Pavlovskyi, A. V. Babkov. - Kherson : OLDI-PLIuS, 2021. - 598 s. 3. Vanin V.V. Oformlennia konstruktorskoi dokumentatsii: navch. posib. 4-te vyd., vypr. i dop. / V.V. Vanin, A.V. Bliok, H.O. Hnitetska. -K.: Karavela, 2012.- 200 s. 4. Mykhailenko V .Ye. Inzhenerna ta kompiuterna hrafika: pidruchnyk / V. Ye.Mykhailenko, V. M. Naidysh, A. M. Pidkorytov, I. V. Skydan; za red. V. Ye. Mykhailenka.- K.: Vyshcha shk. 2004. - 342 s. 5. Makarenko M.H. Inzhenerna hrafika: posibnyk / M.H. Makarenko.- K.: NAU, 2014.- 180 s. 6. Free Autodesk. URL: https://www.autodesk.com/education/free-software/autocad (data zvernennia 29.08.2022).

lectures, laboratory classes

Organization of evaluation: (the order of organization of the evaluation forms provided for by the work program of the educational discipline must be indicated with an indication of the approximate evaluation schedule). A student is admitted to credit on the condition that he completes all the tasks of laboratory work prescribed by the curriculum. 1 point is deducted for each day of delay for work not completed within the specified time. Final assessment in the form of credit (written/oral form): the maximum number of points on the credit is 40 points, the minimum number of points that are added to the semester ones is 24 points (60% of the maximum number of points assigned to the credit). Students who scored a total of less points than the critical calculation minimum - 40 points are allowed to pass the exam on the condition that an additional assessment (control work) is carried out.

Ukrainian