Bayburt University Lifelong Learning Programme

Description of Individual Course Units

Course Unit Code	Course Unit Title	Type of Course Unit	Year of Study	Semester	Number of ECTS Credits
İ111B2	Drawings	Compulsory	1	1	5

Level of Course Unit

First Cycle

Objectives of the Course

To gain the ability to prepare and read technical drawings. 2. To gain the knowledge and skills of evaluating technical drawings of architectural projects by processing them with the correct method, detail and techniques.

Name of Lecturer(s)

Öğr. Gör. Ömer BAYRAK

Learning Outcomes

1	To be able to make technical drawing and writing
2	Resizing technical drawings
3	Multi-view and cross-section drawing
4	Isometric image drawing
5	Draw perspective of structures and elements
6	Drawing and reading architectural drawings of constructions

Mode of Delivery

Normal Education

Prerequisites and co-requisities

None

Recommended Optional Programme Components

None

Course Contents

Definition of technical drawing, its importance, historical development and place in the industry. Drawing tools and applications. Texts used in technical drawings, introduction of lines, their sizes, types, places of use and applications. Parallel lines, drawing perpendicular lines, dividing lines, drawing angles, connecting arcs, tangents and their applications. Drawing triangles, squares, polygons, ellipse-oval spiral drawings and their applications. Definition, importance, types and representation of scales and their applications. Definition and methods of projection, projections of points, lines, planes, applications. Creating appearances, places of use, basic determinations, drawing of parts with common appearances, reading and applications of appearances. Dimensioning, measurement elements and their uses, symbols used in dimensioning, rules and methods, applications. Sectioning, related terms and methods, representation of section planes and scanning of section surfaces, applications. Three-dimensional representation, definition and importance, parallel perspectives, central perspective, applications. Definition of surface qualities, symbols, signs added to symbols and their meanings, representation of symbols on the picture, their applications. Tolerances, their definition and importance, exercises, representation of deviations with symbols, sketch pictures and scales in sketches, their applications.

Weekly Detailed Course Contents

Week	Theoretical	Practice	Laboratory
1	The importance of technical drawing, its definition, historical development and its place in the industry	Introduction of technical drawing materials
2	Drawing tools, computer aided drawing tools, applications	Introduction of technical drawing materials
3	Words used in technical drawing. Introduction, size, types and usage places of applications, applications	Demonstrating and making the types of text used in technical drawings
4	Drawing of parallel lines, drawing of perpendicular lines, division of lines, angle drawings, joining springs and tangents, applications.	Drawing parallel lines, drawing perpendicular lines, dividing lines, angle drawings, connecting arcs and tangents, showing and making them, application
5	Projection definition, methods, point, line, plane projections, applications	Definition of projection, methods, showing and making projections of points, lines and planes, application
6	Scales, definition, importance, types and demonstration, applications	Scales, definition, importance, types and representation, demonstration and applications.
7	perspective formation and applications	Demonstration and application of creating perspective views
8	Midterm exam
9	Appearance extraction, usage places, basic fixations, drawing and appearance of common appearance parts, applications.	Appearance drawing, usage areas, basic determinations, drawing of parts with common appearance and reading the views, demonstration and applications.
10	Measurement, measurement elements and places of use, symbols used in dimensioning, methods and methods, applications	Dimensioning, measurement elements and their places of use, symbols used in dimensioning, places where rules and methods are used, demonstration and applications.
11	Cross-sectioning, related terms and methods, representation of cross-sectional planes and scanning of cross-sections, applications.	Sectioning, related terms and methods, representation of section planes and scanning of section surfaces, demonstration and applications.
12	Practices, floor plans	Having floor plans made by showing drawings, applications
13	Practices, floor plans	Getting it done by showing the sections on the plans, applications.
14	Practices, floor plans	Getting it done by showing the views on the plans, applications.
15	Civil engineering perspectives	Demonstration of perspectives from plans, applications.
16	End of year exam