Technical Drawing / CAX
Niveau
First cycle, Bachelor
Learning outcomes of the courses/module
The students are able to:
• Read standard-compliant workpiece drawings and correctly interpret display and dimension details.
• Create basic part drawings of simple bodies manually.
• Independently extract information from table books and apply it to their own drawing representations.
• Independently present machine elements in accordance with the applicable standards.
• Model 3D models based on 2D representations of different machine components.
• Configure a functional assembly from self-constructed components and parts from standard parts libraries.
• Use 3D CAD software in such a way that they can carry out complete design projects.
• Generate production-ready 2D drawing derivations.
• Read standard-compliant workpiece drawings and correctly interpret display and dimension details.
• Create basic part drawings of simple bodies manually.
• Independently extract information from table books and apply it to their own drawing representations.
• Independently present machine elements in accordance with the applicable standards.
• Model 3D models based on 2D representations of different machine components.
• Configure a functional assembly from self-constructed components and parts from standard parts libraries.
• Use 3D CAD software in such a way that they can carry out complete design projects.
• Generate production-ready 2D drawing derivations.
Prerequisites for the course
not applicable
Course content
Fundamentals of technical communication:
• Preparation of workpiece drawings with standard-compliant view arrangement, cuts, dimensions, surface and tolerance specifications, workpiece details
• Creation of parts lists and interpretation of exploded drawings
• Standard-compliant representation of basic machine elements:
• Representation of threads, countersinks
• Representation of screw, bolt and pin connections
• Representation of shaft-hub connections, bearings, gear wheels
CAX:
• Function structure of the menu bars
• Sketch mode, dimensions and relationships
• Volume features such as rotation, extrusion, discharging
• Patterns, chamfers, curves, walls etc.
• Assembly design, links
• Integration of local standard parts libraries and parts from online catalogs
• Hands-on practical examples
• Standard-compliant drawing derivations
• Preparation of workpiece drawings with standard-compliant view arrangement, cuts, dimensions, surface and tolerance specifications, workpiece details
• Creation of parts lists and interpretation of exploded drawings
• Standard-compliant representation of basic machine elements:
• Representation of threads, countersinks
• Representation of screw, bolt and pin connections
• Representation of shaft-hub connections, bearings, gear wheels
CAX:
• Function structure of the menu bars
• Sketch mode, dimensions and relationships
• Volume features such as rotation, extrusion, discharging
• Patterns, chamfers, curves, walls etc.
• Assembly design, links
• Integration of local standard parts libraries and parts from online catalogs
• Hands-on practical examples
• Standard-compliant drawing derivations
Recommended specialist literature
• Dobler, et al. (2007): Fachkunde Metall, 55. Aufl., Europa Lehrmittelverlag Haan
• Frischherz (1987): Tabellenbuch für Metalltechnik, Bohmann Fachbuch im Verlag Jugend & Volk Wiener Neudorf
• Frischherz (1987): Tabellenbuch für Metalltechnik, Bohmann Fachbuch im Verlag Jugend & Volk Wiener Neudorf
Assessment methods and criteria
Assignment, written exam
Language
German
Number of ECTS credits awarded
5
Share of e-learning in %
15
Semester hours per week
4.0
Planned teaching and learning method
Integrated course
Semester/trimester in which the course/module is offered
1
Name of lecturer
Director of Studies
Academic year
First year of studies
Key figure of the course/module
vzMAB1
Type of course/module
integrated lecture
Type of course
Compulsory
Internship(s)
not applicable