3D-ModellingLaajuus (3 ECTS)

Objective

After passing the course the student can create 3D-models and 2D-drawings. The student is also able to see the usage of different materials in mechanical engineering applications and to understand the assemblies.

Content

The class contains a number of modelling exercises done with CATIA. All these exercises are seamless continuation to class ‘Technical Drawing’. The modelling logic both in 2D and in 3D are in focus. Introduction to how to select material for appropriate applications in mechanical engineering, how to create technical diagrams and how to understand assemblies are essential.

Assessment criteria, satisfactory (1)

The student can create a 3D volume out of a geometrically simple industrial design using basic 3D-modelling tools.

The student can utilize 60% of the CATIA’s Solid Modelling tools and is able to define the center of the gravity + mass after giving the material to the 3D design.

The student can create a bill of material (BoM) out of the assembly. He/she can create the assembly drawing.

Assessment criteria, good (3)

The student can create a 3D volume out of a geometrically challenging industrial design using adequate 3D-modelling tools.

The student can utilize 75% of the CATIA’s Solid Modelling tools and is able to define the center of the gravity + mass after giving the material to the 3D design. He/she can also utilize the finesses in CATIA.

The student can create a bill of material (BoM) out of the assembly. He/she can manipulate the BoM and create the assembly drawing using 75% correct technical drawing symbols.

Assessment criteria, excellent (5)

The student can create a 3D volume out of a geometrically demanding industrial design using adequate 3D-modelling tools.

The student can utilize 90% of the CATIA’s Solid Modelling tools and is able to define the center of the gravity + mass after giving the material to the 3D design. He/she can also utilize the finesses in CATIA.

The student can create a bill of material (BoM) out of the assembly. He/she can manipulate the BoM and create the assembly drawing using 90% correct technical drawing symbols. He/she can also create an exploded view of a assembly.