Automobile Industry – Changing the destiny of career in 21st century

Technology is changing the automobile industry faster than anyone can predict. Increasing demand for enhanced security, rising fuel prices, and a variety of other factors are putting pressure on automotive companies to develop futuristic technologies. Some of these developments are already underway for the automotive industry, and most of them are being done with the help of digital technologies related to computer science.

Autonomous Vehicles

Autonomous vehicles are also known as self-driving cars, and these are under trial in many countries. Many of the largest names in the automotive industry are competing to be the first to commercialise this technology. There is no doubt that self-driving cars will bring a revolution in the automotive industry. Looking at the benefits, these cars will bring improved safety, lower fuel consumption and pollution, and more productive time available for people. It will be made possible by artificial intelligence, a part of computer science that works on creating machines that can interact and perform like humans.

Self-driving cars won’t only react to the speed limits and predetermined conditions on the road but also keep in mind pedestrians, roadblocks, and many more things or challenges that may happen on the road. It has been estimated that by 2040, the autonomous vehicle industry will create opportunities worth more than $3 trillion. Equipment manufacturers will also face stiff competition among themselves to carve out a place in the new industry environment. With the ever-increasing demand for such technologies and developments, it has become a fantastic opportunity for younger generations to pursue a rewarding career in artificial intelligence, which will also open doors to two fields for them: the automobile industry and robotics.

Electric Vehicles

Electric cars are becoming more popular these days. As people are more concerned about the environment, the need for electric vehicles has also increased drastically. As of now, most of these cars are hybrids, meaning they use both conventional fuel or fossil fuel and electric batteries to get started. While some vehicles rely solely on electric batteries, these vehicles are an effort to reduce the earth’s carbon footprint. The electric vehicle industry is more likely to grow in popularity in the coming decade.

Manufacturing vehicles that can deliver cost savings through reduced fuel consumption will make companies and individuals more likely to adopt new technology. Still, these days, the vehicles that are being run on fossil fuel also have certain functions that are being controlled by semiconductor chips that are installed into them.

These functions are controlled by programming languages such as Python, Java, JavaScript, C++, C, and many others. With the ever-increasing demand for such technologies and developments, it has become a fantastic opportunity for younger generations to pursue a rewarding career in electric vehicles, especially for those who remain interested and fascinated by developments in the automobile industry.

Internet of Things

The concept of the Internet of Things has been around for several years, and many of us have become accustomed to the idea. The Internet of Things means everything in the world is connected to the internet using some device, which will make their operation and functioning easy for individuals. This concept is shaping up and changing the day-to-day lives of individuals. There are basically three basic uses of the Internet of Things (IOT) for the automotive industry.

Usage-based insurance

Electronic logging devices

Vehicle health monitoring

These technologies involve connecting the dashboard of the car to cloud-based storage to generate big data about the driver’s state of being and actions. These devices can collect information such as driving time, the health of the vehicle, and safety operations, which is basically used to accurately assess risk.

Similarly, electronic logging devices are now in widespread use following a mandate by the government in developed countries, which helps to know if a vehicle is complying with the law or not.

Automatic biometric identification systems are under trial and are expected to be commercialised by 2025. This technology will be used to monitor heart rate, fatigue and distracted driving. These technologies will go a long way to preventing accidents on the road, improving drivers’ safety as well as insurance premiums.

In most of these technologies, big data is the key, and by applying certain algorithms it can help governments keep tabs on the deformities being committed by their drivers. Along with that, it will also help in improving road safety, insurance claims, drivers’ health, etc. Big data is also being used by many other commercial firms, so it is a great opportunity for every computer science student who wishes to make a career in the automobile industry through nurturing their skills in big data.

Leveraging big data collected from different tracking devices installed in vehicles and analysing this data using intelligent software, companies are capable of automatically consolidating their routes like never before. Optimising routes and consolidating goods being transported will reduce miles driven, and money as well as fuel will be saved. This will also help in utilising the assets to their optimum capacity.

This is also being used by different cab companies such as Uber and Ola to increase cab sharing between different customers. With the help of tracking devices and big data, companies will be able to analyse and make strategic changes to their vehicles to utilise them to their full capacity. With the ever-increasing demand for such technologies and developments, it has become a fantastic opportunity for younger generations to pursue a rewarding career in Internet of Things based automobile sector, especially for those who remain interested and fascinated by developments in the automobile industry.

Conclusion

The automotive industry is being changed or has been changed a lot since the rapid growth of technology, especially in the domain of computer science, has taken place. Whether it is to automate assembly lines in automobile industries using robotics, automation, or other mechatronics fundamentals, or to change the entire dynamics of a vehicle using Internet of Things, Artificial Intelligence, Machine Learning, Big Data, Electric Batteries, every change in the process of manufacturing vehicles or in the vehicles themselves has contributed significantly to safety, comfort, and societal development.

One who is really passionate about making a career in the automobile industry needs to learn the fundamentals of vehicle mechanisms. At the same time, they must update their knowledge of recent technological developments such as artificial intelligence, machine learning, big data, electric vehicles, and so on.

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Hope the information presented here, will give you an idea about the skills which can be nurtured and strengthened to start your successful and rewarding career in the automobile industry. If you liked this article, then also share it with your community using social media and help others in getting benefitted with it.

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