Objectives and competences
Objectives:
• Understanding the role and system of technical documentation in the development process and the entire life cycle of the product.
• Understanding the basic concepts of computer graphics.
• Apply 3D modelling methods for geometry modeling in CAD systems.
• List and explain the importance of geometric models in the development and production process.
Competences:
• To acquire techniques of presenting the spatial form of an object with projections. Preparation of technical documentation.
• Use of CAD systems for creating technical documentation.
Content (Syllabus outline)
• Introduction to graphics communications and the role of documentation in engineering process.
• Computer graphics, 3D modelling and impact of CAD systems in 3D and 2D documentation.
• CAD systems and 3D geometry modelling methods.
• From sketch to body.
• Techniques to form assemblies.
• Use parametric notation of features.
• Technical drawings, gudelines, views, projections, sections, dimensioning and tolerancing; reading and constructing drawings using ISO standards.
• Production of technical documentation from 3D models – drawings and bill of materials.
Learning and teaching methods
• frontal lectures, e-learning
• coursework,
• practical work with CAD system.
Intended learning outcomes - knowledge and understanding
Knowledge and understanding:
• Understanding the basic of technical expression by using sketch, drawing and computer model.
• Using of spatial modelling and visualization of objects.
• Combined use of different standards for technical drawing and software for drawing and modelling. Production of assembly and part drawing.
• Finishing drawings (views, sections, GDT).
Intended learning outcomes - transferable/key skills and other attributes
Transferable/Key Skills and other attributes:
• Understanding the importance of creating and presenting geometry in product development.
• Using a variety of computer skills.
• The spatial representation of objects.
• Knowing the importance of applying standards.
Readings
Temeljna literatura:
Gorazd Hren: Grafična komunikacija za inženirje, zapiski predavanj, dosegljivo na moodle, 2020
Duhovnik J., Demšar I., Drešar P.: Modeliranje z značilkami na osnovi SolidWorks, Fakulteta za strojništvo Ljubljana, 2017
Vukašinović N., Duhovnik J.: Advanced CAD modeling, Springer, ISBN: 978-3-030-02398-0; 2019
P. Tran: SOLIDWORKS 2021 Intermediate Skills, SDC Publications, 2021
Glodež S.: Tehnično risanje, Tehniška založba Slovenije, 2005
svetovni splet
Dodatna literatura:
J.Metz: Technisches Zeichnen fur Meister und Techniker, 2023 (www.gws-loerrach.de)
Giesecke F.E., et.al.: Modern Graphics Communications, 4ed, Prentice Hall, 2009
SIST ISO EN Standards.
Additional information on implementation and assessment Type (examination, oral, coursework, project):
• coursework
• project
• written exam
• oral exam
NOTES: for a positive exam, each part must be positive (>50%); part of the exam (written, oral) may be replaced by partial exams; partial exam is valid until the end of the academic year.
coursework (Required before exam)
project (Required before exam)
