Automotive Engineering has grown leaps and bounds over the years. Cars and other vehicles have more complicated technology within them now that all of them have become ‘smart vehicles’. From innovation in the powertrain, energy systems to create fuel efficient cars, human-machine interactions to manufacturing logistics, the automotive industry is moving into a complex inter-disciplinary subject. Automotive Engineering is no more just vehicular mechanics, it has a vast range of subjects that are being depended on by the industry.
There has been increasing pressure in the current workforce to expand their knowledge, skills and expertise by going through advanced courses. Many engineers make use of this opportunity to specialize in a niche skill which can be more rewarding and important to your employer. By acquiring a PhD degree and specializing in a niche skill, the engineers now become technical leaders and developers in the company.
About the Field
The Automotive sector includes the use of both design and manufacturing techniques to impress and woo the customers. As an industry, it has been going through rapid transformation in aesthetics, technical performance, safety and fuel emissions. Electronics and software are being highly relied upon for production of modern vehicles, especially the premium vehicle market which demands perfection in luxury in infotainment systems as well as engineering expertise.
Being fast-paced industry, companies churn out vehicles left, right and center off their production line. It can go incredibly quickly from initial concept to running off the production line. It is possible to work so fast because of help of industrial robots, computer modelling and simulation and optimization methods taken by the organization.
Aim of the program
The primary objective of the course program, that is, Ph.D. in Automotive Engineering is to help the student in finding newer perspectives to look at the automotive vehicles and to gain in-depth research knowledge of three main focus areas; powertrain, safety and vehicle dynamics.
The research scholars undertaking Ph.D. in automotive engineering will get the opportunities of performing research on their chosen topic in assistance of a supervisor, simulate and experiment, and carry out real case studies using modern tools.
Vehicle dynamics and powertrain are most famous and two mostly opted disciplines among the research scholars of Ph.D. in automotive engineering, since it is fun to understand and design automotive vehicle in these domains. But field of safety is no less important, as it holds high competency area in many renowned universities as it brings a unique touch to the program, and unique thing about field of safety is that it is not found at many universities
The research is the most crucial part of the PhD degree. The research has to be original and finally there will be a dissertation followed by a viva. The key areas of research which most students tend to follow, but not limited to, are listed below:
Computational Fluid Mechanics
Dynamics, Control, Power Electronics
Vehicle Informatics and Communication
Energy System, Powertrain, Combustion
Automotive engineering is considered as one of the most challenging engineering streams, but it is also true that the growth rate of this engineering stream is also known worldwide. Automobile engineers get to deal with modeling, creating, creating, testing and maintaining the automobiles. Hence, undoubtedly if you are a Ph.D. in automobile engineering holder then your demand will increase manifold in the market, but this is a challenging career with lots of adventure and high success rate.
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