Along with the aero space engineering and marine engineering automotive engineering is mainly based on the study of vehicle engineering. They are based on the elements of electrical, electronics, mechanical, software and safety engineering which are mainly deals with the design, manufacture and operation of motor cycles, automobiles, buses and trucks and also with their other respective engineering subdivisions.
Following are the disciplines which are important for and automotive engineer. They are
Safety Engineering: This safety engineering mainly deals with making the ideas of the various crash problems and their effect on the vehicle components. They are tested according to the Government regulations. They require the following things. They are Seat belt and air bag functionality, front and as well as back side testing and also resistance to roll over. These checking are done by various tools. They are Computer Crash Simulation, Crash test dummies, partial system sled and full vehicle crashes.
Fuel Economy/ Emissions: The measurement of fuel economy is done by fuel efficiency of the vehicles which are measured in miles per gallon or liters per 100 kilometers. There are various elements which are used to measure these emissions. They are hydrocarbons, nitrogen oxides, carbon monoxide and carbon dioxide.
Vehicle Dynamics: Vehicle dynamics is the vehicle response of the following attributes ride, handling, steering, braking and traction. Design of the chassis systems of suspension, steering, braking, structure, wheels and tires and also traction control are the qualities are required.
NVH Engineering: Noise, vibration and Harshness is the customer feedback from the vehicle. Sound can be interpreted as the rattle, squeal or hoot and a tactile vibration response can be the seat vibration.
Vehicle Electronics: When it is considered as automotive engineering, automotive electronics is one of the most important aspects. Modern vehicles consist of many numbers of electronic systems.These systems are mainly used to control the operations such as throttle, brake and steering controls.
Performance: For a vehicle to perform different operations measurable and testable value of performance is mostly required. This type of performance can be considered to perform more number of tasks. They are how fastly a car can accelerate, top speed and how a car can stop from the top speed.
Shift Quality: Shift quality is nothing but the driver's perception of the vehicle which will leads to automatic transmission shift event.
Durability/ corrosion engineering: Durability and corrosion engineering is the evaluation testing of a vehicle for its life.
Climate control: Climate Control is one of the most important customer 's impression of the cabin environment and also the level of comort which is related to temperature and humidity.
Drivability: Drivability is the response of the vehicle to drive in the general driving conditions.
Program timing: Program timing is mainly used to extent the programs which are timed with respect to that of market. They are useful for the production of program schedules for the assembly of parts.
Quality Management: Quality management is more important factor in the process of production and high quality service is needed to satisfy the customer needs.
Following are the disciplines which are important for and automotive engineer. They are
Safety Engineering: This safety engineering mainly deals with making the ideas of the various crash problems and their effect on the vehicle components. They are tested according to the Government regulations. They require the following things. They are Seat belt and air bag functionality, front and as well as back side testing and also resistance to roll over. These checking are done by various tools. They are Computer Crash Simulation, Crash test dummies, partial system sled and full vehicle crashes.
Fuel Economy/ Emissions: The measurement of fuel economy is done by fuel efficiency of the vehicles which are measured in miles per gallon or liters per 100 kilometers. There are various elements which are used to measure these emissions. They are hydrocarbons, nitrogen oxides, carbon monoxide and carbon dioxide.
Vehicle Dynamics: Vehicle dynamics is the vehicle response of the following attributes ride, handling, steering, braking and traction. Design of the chassis systems of suspension, steering, braking, structure, wheels and tires and also traction control are the qualities are required.
NVH Engineering: Noise, vibration and Harshness is the customer feedback from the vehicle. Sound can be interpreted as the rattle, squeal or hoot and a tactile vibration response can be the seat vibration.
Vehicle Electronics: When it is considered as automotive engineering, automotive electronics is one of the most important aspects. Modern vehicles consist of many numbers of electronic systems.These systems are mainly used to control the operations such as throttle, brake and steering controls.
Performance: For a vehicle to perform different operations measurable and testable value of performance is mostly required. This type of performance can be considered to perform more number of tasks. They are how fastly a car can accelerate, top speed and how a car can stop from the top speed.
Shift Quality: Shift quality is nothing but the driver's perception of the vehicle which will leads to automatic transmission shift event.
Durability/ corrosion engineering: Durability and corrosion engineering is the evaluation testing of a vehicle for its life.
Climate control: Climate Control is one of the most important customer 's impression of the cabin environment and also the level of comort which is related to temperature and humidity.
Drivability: Drivability is the response of the vehicle to drive in the general driving conditions.
Program timing: Program timing is mainly used to extent the programs which are timed with respect to that of market. They are useful for the production of program schedules for the assembly of parts.
Quality Management: Quality management is more important factor in the process of production and high quality service is needed to satisfy the customer needs.
