Description

Laboratory
3

Instructors

José Jorge Valentim

Contents

1. Multiplex systems [20%]
Signaling between electronic units; Different communication protocols; Multiplex topologies (Daisy chain, bus and star);
Effects of the shorts and open circuits in the different topologies. Diagnosis.
 

2. Eletrical schemes - Analysis and interpretation [10%]
 

3.Passive and active safety systems [20%]
Principles of operation; Sensors and actuators ; Diagnosis.
 

4. Air conditioning systems [10%]
 

5. LPG systems in Otto cycle engines [10%]
applicable legislation; Tuning a motor GPL;
Diagnosis in LPG systems.
 

6. Exhaust gas treatment [10%]
Catalytic converters and particulate filters. Technologies.
 

7. Electric, hybrid and fuel cell vehicles [10%]
 

8. Accidents and fire analysis [5%]
Data collecting; Revelant information about recalls; Parameters analysis;
Reporting.
 

9. Paint defect analysis [5%]
Repaint technology; Main paint defects origin and how to eliminate them.

Learning Outcomes

OB1 - Provide students with in-depth knowledge in the analysis of multiplexed systems and their diagnosis;
OB2 - Knowledge of the interconnection between sensors and actuators with the control units of the various automobile
electronic systems;
OB3 - Knowledge of the protocols and diagnostic methodologies applied to the various electronic management systems
present in the automobile;
OB4 - Knowledge of the operation mode and analysis of electric vehicles and fuel cell;
OB5 - Provide students with basic knowledge of incident analysis in burning vehicles;
OB6 - Ability to analyze, identify and treat anomalies in automotive paints.