• automotive transport system
• vehicle-to-everything(v2x)
• intelligent transport system(its)
• 5G technology
• vehicle-to-vehicle(v2v)

Advancements in vehicular technologies have come a long way into trying to ensure complete safety to humans and properties alike. Automotive transport systems consequently raise questions of safety with regards to vehicle occupants as well as road users alike. It is in answering these questions that bring to life the various forms of advanced technology we have today.  
Though not at the apex of the technological journey, this thesis creates an emergency vehicle warning system in which drivers on a network are informed of an oncoming emergency system through the Vehicle-to-Vehicle (V2V)communication. Also, other roads users get this information through  the Vehicle-to-Everything (V2X) communication system. This is under the area of intelligent transport system (ITS) where communication between devices is enabled on our roads thus ensuring all vehicles within a certain mile radius is aware of any emergency vehicles coming their way. 
The awareness of this system cannot be reliant on the individual sensors of these automated vehicles but would have to make a connected communication with other vehicles for cooperated messaging. As a result of such communications, messages will have to be reliable and received within the shortest possible time with little delay. 5G which is the latest mobile technology ensures improved performance with a low latency and increased reliability and higher throughput under higher connectivity density. This project utilizes 5G technology for messaging.   
In this thesis, I explain the underlying technology as its used as well as its performance with regards to communication latency and reliability and how they combine to give road users a better experience whilst saving time, life and property to  enable the growth of the automotive industry.