The learning outcomes of this discipline detail the following programmatic learning outcomes:
1. Knowledge of the theoretical course of discipline.
2 Ability to apply acquired knowledge when performing specific practical tasks.

Geometry, drawing
Computer science, Higher mathematics

The purpose of studying the discipline of "descriptive geometry" is to analyze the geometric shapes of objects, to think abstractly, logically and spatially. "Descriptive geometry" is a discipline that includes elements of descriptive geometry and technical drawings that form the basis of engineering training students. Topics of the section: The subject of sketching geometry; problems of point, line, plane and polyhedra in the complex drawing of Monge; surfaces of rotation, polyhedra; Design documentation; drawing drawings; elements of geometry of details; images, inscriptions, markings; axonometric projections of parts.

1. Descriptive geometry, engineering and computer graphics: Textbook / P.P.Voloshkevich, O.O.Boyko, B.V.Pankevich, E.V.Martin, A.LBespalov. - Lviv: Publisher of Lviv Polytechnic National University, 2007. -240 p.
2. Course in descriptive geometry, engineering and computer graphics: Textbook / P.P.Voloshkevich, O.O.Boyko, A.L.Bespalov, B.V.Pankevich, E.V.Martin. - Distance Learning Series Lviv: Publisher of Lviv Polytechnic National University, 2007.
3. AutoCAD graphical system. Fundamentals of geometric constructions, drawings and modeling .: A manual / I.S.Aftanazov, V.I.Topchiy, I.J.Vrublevsky, A.L.Bespalov. - Lviv: Publisher of the National University "Lviv Polytechnic", 2013.
4. Engineering graphic workshop for computational geometry and computer graphics. Part II: A training manual / I.S.Aftanazov, P.P.Voloshkevich, O.O.Boyko. - Lviv: Publisher of Lviv Polytechnic National University, 2015. -236 p

Current control - 30
Exam
Component Writing –45
Oral component -25