Teaching Responsibility
LJMU Schools involved in Delivery:
LJMU Partner Taught
Learning Methods
Lecture
Practical
Tutorial
Module Offerings
4604ICBTAE-AUG-PAR
4604ICBTAE-SEP-PAR
4604ICBTAE-SEP_NS-PAR
Aims
This module aims to provide a comprehensive understanding of the principles and technology relating to advanced motor vehicle, road and driver safety features. Further this aims to incorporate safety into the overall design and manufacture systems in automotive engineering and incorporate into conceptual design and development of safety systems for automobiles.
Learning Outcomes
1.
Evaluate the evolution of the concept of vehicle safety and demonstrate a thorough understanding of the technical aspects of vehicle and road safety
2.
Describe the safety considerations pertaining to infrastructure design
3.
Qualitatively and quantitatively assess vehicle safety systems
4.
Analyse and discuss the relevance of driver behavior and attitudes towards road safety and discuss the social and economic impacts of road accidents
Module Content
Outline Syllabus:
Introduction to transmission systems, Clutch operation, Manual transmission, Torque converter, Automatic and CV transmission, Introduction to suspension systems, Introduction to steering systems, Geometries related to steering system, Wheel alignment, Self-centering action, Introduction to braking systems, Hydraulic brake system, Power assisted braking, Advanced Vehicle Design & Safety Features, evolution of vehicle safety, Vehicle body designs, Vehicle chassis design for occupant safety and protection; vehicle safety testing and rating standards; advanced active and passive safety features; vehicle ergonomics; Driver Behavior; Effects of driver behavior towards road safety; effectiveness of driver training and testing programs. Accident Analysis; causes and consequences of road accidents; types and frequency of collision; social and economic impacts of road accidents. Transport & Infrastructure Safety; Road safety considerations; road design and safety considerations; surface profiles; safety markings and signage; safety divisions and barriers; environmental considerations; future developments. Road safety strategies. Local and international regulations for safer vehicle design, use and maintenance.
Introduction to transmission systems, Clutch operation, Manual transmission, Torque converter, Automatic and CV transmission, Introduction to suspension systems, Introduction to steering systems, Geometries related to steering system, Wheel alignment, Self-centering action, Introduction to braking systems, Hydraulic brake system, Power assisted braking, Advanced Vehicle Design & Safety Features, evolution of vehicle safety, Vehicle body designs, Vehicle chassis design for occupant safety and protection; vehicle safety testing and rating standards; advanced active and passive safety features; vehicle ergonomics; Driver Behavior; Effects of driver behavior towards road safety; effectiveness of driver training and testing programs. Accident Analysis; causes and consequences of road accidents; types and frequency of collision; social and economic impacts of road accidents. Transport & Infrastructure Safety; Road safety considerations; road design and safety considerations; surface profiles; safety markings and signage; safety divisions and barriers; environmental considerations; future developments. Road safety strategies. Local and international regulations for safer vehicle design, use and maintenance.
Module Overview:
This module aims to develop student's knowledge and understanding of Vehicle Safety Engineering, and helps students apply these safety techniques within an engineering context.
This module aims to develop student's knowledge and understanding of Vehicle Safety Engineering, and helps students apply these safety techniques within an engineering context.
Additional Information:
This module provides a foundation in Vehicle Safety Engineering for use in the engineering context.
This module provides a foundation in Vehicle Safety Engineering for use in the engineering context.