Automobile engineering is a subfield that deals with the creation and use of the mechanical components found in autos. It also serves as an introduction to the engineering of vehicles, such as those used in buses, trucks, and cars.
Automotive engineering is a subfield of vehicle engineering that includes aspects of mechanical, electrical, electronics, software, and safety engineering applied to the design, production, and use of motorcycles, cars, and trucks—their respective engineering subsystems. It also includes naval architecture and aerospace engineering.
Vehicle modifications are also included in this. The manufacture and assembly of full vehicle parts are under the manufacturing domain. The discipline of automobile engineering requires a lot of research and makes use of mathematical models and formulas directly.
Since the advent of passenger-carrying motor vehicles, automobile engineering has grown in popularity and significance. Vehicle engineers are in high demand right now as a result of the quick development of car component manufacturers and the automobile sectors.
One of the most difficult occupations in engineering with a broad range is automobile engineering, also known as automotive engineering or vehicles engineering. The design, development, manufacture, testing, maintenance, and servicing of automobiles, including cars, trucks, motorcycles, scooters, etc., as well as related sub-engineering systems, are the focus of these branches.
Automobile engineering combines the best aspects of different engineering disciplines, including mechanical, electrical, electronic, software, and safety engineering, to create the perfect automobile.
Currently, automotive engineers are involved in every aspect of the industry, from the design and operation of vehicles to the security and safety of emerging modes of mobility.
Designing, developing, manufacturing, and testing vehicles from the concept stage to the production stage is the primary responsibility of an automobile engineer. The development of passenger cars, trucks, buses, motorbikes, or off-road vehicles is of interest to automotive engineers.
Automotive Engineers carry out any of the subsequent tasks:
1. Create new goods or make modifications to existing ones
2. Engineering problem-solving and troubleshooting
3. Plan and create production techniques
Automotive engineers must employ their engineering expertise in a professional setting since their discoveries and fixes must be efficient and successful. His duties in particular include:
1. Vehicle and component research, design, development, and production.
2. creating design specs and cost estimates.
3. sketching out plans and diagrams
4. examining the project's energy, environmental, and safety concerns.
5. employing computer models to predict how a vehicle or component will behave under different circumstances.
6. Creating testing protocols.
7. investigating faulty products.
8. Condensing technical data into reports or presentations after analysis and interpretation
9. manages the technical staff.
10. Closely collaborated with engineers in the civil, electrical, aeronautical, chemical, and industrial fields.
11. working with experts in related fields of business, such as marketing and law.
This test series is intended for aspirants of Assistant Motor Vehicle Inspectors and Motor Vehicle Inspectors of various State Governments.
Any competitive examinations contain various type of questions like
1. Recall - These questions are based on definitions, statements, laws, formulas, corollaries
2. Comprehension - These questions are based on Assumptions, Characteristics, Advantages, Limitations
The questions will be like " Which of the following statements are CORRECT/INCORRECT?"
3. Application - Small problems will come under these type of questions. They are put the formula and get the answer type questions.
Some times match the following type questions, assertion and reasoning type questions may also be asked.