What is the specialty of Automotive Mechatronics and Smart Vehicles:

For vehicles that rely entirely on automation, see Unmanned vehicle.

"Smart car" redirects here. For European Commission policy, see Smart Car Initiative.

The independent Essa Seker rover during testing in Paranal.

Vehicle automation involves the use of mechatronics, artificial intelligence, and multi-factor systems to assist a vehicle operator (car, aircraft, watercraft, etc.), and these features and the vehicles that use them can be categorized as intelligent or intelligent. A vehicle that uses automation for challenging tasks, especially mobility, to facilitate but does not completely replace human input, may be referred to as semi-autonomous, while a vehicle that relies solely on automation is called robotic or autonomous, and both of these types have been exemplified nowadays. Several self-driving cars, advanced autopilots for aircraft, drones, and planetary wagons, as well as guided missiles and missiles. After the invention of the integrated circuit, the development of automation technology has increased. Manufacturers and researchers later added a variety of robotic functions to cars and other vehicles. The technology used to implement autonomous vehicles is very broad and ranges from technological improvements in the vehicle itself to the environment and objects around the vehicle. With the increasing use of motorized vehicles, they are becoming more and more influential in human life. Although motorized vehicles bring different benefits, they also come with different concerns. Also, there are still technical challenges to overcome in order to make vehicle automation robust and scalable.

The importance of studying the specialty of  Automotive Mechatronics and Smart Vehicles:

Anti-lock brake systems (ABS) are a common example of mechatronics used in most passenger cars. ABS systems allow the wheels of the car to maintain traction on the road surface during braking. ABS can prevent car wheels from locking up, which can cause skidding and subsequent loss of control.

Fields of work for the  Automotive Mechatronics and Smart Vehicles major:

• Automotive engineering technicians.
• Safety engineering.
• emissions research.
• Engineers NVH (Noise, Vibration, Harshness).
• Performance engineer.
• Vehicle dynamics control.
• Operations Research.
• Design.