Wojciech Skowroński: Ilustrowany leksykon architektoniczno-budowlany. Warszawa: Witold Szolginia: Ilustrowana encyklopedia dla wszystkich. Architektura i. Press, Exton, Pennsylvania ,  Skowroński W., Ilustrowany Leksykon Architektoniczno – Budowlany, Wydawnictwo. „Arkady”, Warszawa , , . Miśniakiewicz E., Skowroński W.; Rysunek techniczny budowlany; Arkady; Warszawa Skowroński W. i inni; Ilustrowany leksykon architektoniczno- budowlany;.
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Lists and features three-dimensional mapping method in the plane. Can reproduce three-dimensional object by its projection on the plane.
Projection of point and straight line onto the plane. Puncture points of the straight line and searching for visibility of the line. Can create a vertical section through a part of a building. Drawing polygons in the plane. Skip to main menu Skip to submenu Skip to content.
Applying the third viewport. Drawing of structures – dimensioning of structural elements in technical drawings.
Demonstrates understanding of the accuracy and application of known principles of descriptive geometry and technical drawing in other areas of science. Drawing sections of the conical and cylindrical surfaces. Assessment methods and assessment criteria:.
Can place dimensions and describe the basic elements of objects in a drawing. Knows how to read and write the space in marked projections situation and altitude map.
Knowledge Has a strong spatial imagination. Has stimulated and developed individual spatial imagination helping to understand the connections and relationships occurring in surrounding area. Drawing polyhedra on multiple viewports. Plane sections of polyhedra. Has skills in reading spatial form of object. Can draw the slopes of embankments and excavations in the design of earthworks. Puncture points of the straight line with the polyhedra and surfaces, searching for visibility of the line.
Can use appropriate symbols and signs of code. Skills Has skills in reading spatial form of object. Knows methods to draw planes and sections of spatial objects. Penetration of polygons and their visibility. Social competences Has stimulated and developed individual spatial imagination helping to understand the connections and relationships occurring in surrounding area.
Dach pulpitowy – Wikipedia, wolna encyklopedia
Has a strong spatial imagination. Knows the basic principles architektonlczno-budowlany relations between the components. Course descriptions are protected by copyright.
Can present object in a axonometric sketch and create a section. Knows how to read and create the image of an isometric object. Lecture, 18 hours more information Project work, 9 hours more information. Lecture, 9 hours more information Project work, 18 hours more information.
Architectural and construction drawings.
Descriptive geometry and technical drawing – USOSweb – Uniwersytet Przyrodniczy we Wrocławiu
Is able to use the acquired knowledge of descriptive geometry and technical drawing in the further education and training.
Can make a projection of roof surfaces of the same slope, taking into account the proximity of other buildings and diversity in heights ilustrowanny stories. Finding traces and projections of straight lines and the edges between planes with Monge projection. Understands the relationship between the projections and intersections in the drawing construction.
Knows what rules apply to the geometric design of roofs. Knows the most important differences between the technical documentation aarchitektoniczno-budowlany for the purpose of technical drawings of steel, RC, timber, and for architectural and construction drawings.