Description

Theory/Practice
2

Laboratory
2

Instructors

Alexandre Santiago Sottomayor

Contents

1-standardization (5%)
CP1: Types of mechanical drawings; Assembly drawing; Working drawing

2- Orthographic assembly drawing (25%)
CP2: Orthographic assembly drawing;
CP3: Selection of standard components;
CP4: Components list; ; Orthographic assembly drawing; Working drawing.

3-Dimensional tolerance (25%):
CP5: Functional analysis of mechanisms;
CP6: Dimensional tolerance specification (complements);
CP7: Dimensions chains;

4- Geometric tolerance (25%)
CP8: Tolerances of form, orientation, location and run-out;
CP9: Tolerance principles;
CP10: Geometric Tolerance Specification

5- Surface state (10%)
CP11: Surface characteristics; General roughness; Specific roughness;
CP12: Selection for roughness.

6- Workingdesign and execution drawings (10%)
CP13: Definition drawing (dimensional, geometric and surface condition, general and individual tolerance);
CP14: Execution drawing (Manufacturing and assembly drawing).
 

Learning Outcomes

Build skills for the understanding and execution of the working drawing and of the preliminary project, namely:
OB1: Development of the interpretation of orthographic representation.
OB2: Development of concepts related to the standardization in mechanical parts and drawings.
OB3: Development of the ability to represent mechanical systems with selection of standard components and geometrical definition of non standard components, with an project approach.
OB4: Functional analysis of mechanical systems, with identification of the requirements necessary for the functionality of the components;
OB5: Development of skills in interpreting and specifying the concepts of Geometrical Product Specification (GPS).
OB6: Execution of working drawing with the integration of GPS concepts;
OB7: Execution drawing;
OB8: Development of the ability to establish relationships between the design, definition, manufacturing and control stages.