Description

Laboratory
2

Instructors

Luis Miranda Torres

Contents

1-Types of mechanical drawings (6%)
CP1: Types of mechanical drawings; Assembly drawing; Working drawing

2-Working drawing (56%)
CP2: Working drawing: Dimensioning; Nominal dimensioning/functional dimensioning; Types of tolerance; Construction
quality.
CP3: General tolerance: Foundry parts; Machined parts; Welded constrution
CP4: Tolerance dimensioning: ISO System; Fittings; Basic hole and basic shaft ISO system; Fittings selection /
recommended ISO fittings; Angular tolerance.
CP5: Geometrical tolerance: Tolerance of form; Tolerance of orientation; position and runout; Tolerance principles
CP6: Surface state: Surface characteristics; General Roughness; Specific Roughness; Roughness specification.

3- Orthographic assembly drawing (38%)
CP7: Orthographic assembly drawing: Standard components; Components list; Selection of standard components;
Orthographic assembly drawing; Working drawing.

Learning Outcomes

QB1: Interpret and produce orthographic representations of mechanical components and systems.

QB2: Apply technical drawing standards and conventions in the representation of mechanical parts and assemblies.

QB3: Apply Geometrical Product Specification (GPS) principles in the definition and communication of engineering requirements.

QB4: Analyse the functional requirements of mechanical systems and produce appropriate working drawings.

QB5: Represent mechanical systems by selecting standard components and defining non-standard components according to engineering design requirements.

QB6: Relate the design, definition, and manufacturing stages involved in the development of mechanical products.