Introduction

Automotive engineering is a subcategory of vehicle engineering that includes mechanical, electrical, electronic, software, and safety engineering components in the design, production, and operation of motorcycles, automobiles, and trucks, as well as their engineering subsystems. It also involves vehicle modifications. The manufacturing domain is concerned with the development and assembly of the whole parts of automobiles is also included in it. The discipline of automotive engineering is heavily reliant on research and the direct application of mathematical models and formulas. Automotive engineering is the study of designing, developing, fabricating, and testing automobiles or vehicle components from idea to manufacturing. The three main functions in this sector are production, development, and manufacturing. Automobile engineers might specialise in a particular area of the industry, such as fluid mechanics, aerodynamics, or control systems. Rather than a single engineer working alone, the manufacture of a car sometimes requires a team of automotive engineers who each specialise in a different aspect of vehicular engineering.

Automotive engineers, also referred to as automobile engineers, team up with other engineers to improve cars’ technical performance, appearance, and software. Designing and testing different components of cars, such as fuel technologies and safety systems, are common tasks of an automotive engineer. They may also use engineer design tools like as ThinkDesign Engineering to come up with and develop new car models or vehicle systems.

Nature of work

  • Preparing design specifications
  • New vehicle or vehicle subsystem research, development, and production
  • Using computational models to predict a vehicle’s behaviour and efficiency
  • Investigating instances of product failure
  • Preparing cost estimates for current or new vehicles
  • Analyzing an automotive project’s safety and environmental aspects
  • Making blueprints and sketches for new vehicle products

How to become an automotive engineer?

After passing intermediate in the science stream with mathematics, a four-year bachelor’s degree is required for most automotive engineering employment. Because many universities do not offer automotive engineering bachelor’s degrees, prospective automotive engineers might consider majoring in mechanical engineering or a similar subject. A graduate degree can give further training and expertise, as well as opportunities for career advancement in this industry.

For details on institutions offering automotive engineering as a program, visit

https://www.eduvision.edu.pk/institutions-offering-automotive-engineering-with-field-engineering-at-bachelor-level-in-pakistan-page-1
https://www.eduvision.edu.pk/institutions-offering-automotive-engineering-with-field-engineering-at-ms-mphil-18-years-level-in-pakistan-page-1

Job opportunities

The following are common jobs that an aspiring automotive engineer may pursue:

  • Automobile Engineer
  • Automobile Designer
  • Vehicle/Car Designer
  • Executive & Managerial Positions
  • Automotive Design Engineer
  • Automotive Engineering Technician

Following Automobile manufacturing industries provide job opportunities to Automobile engineering graduates:

  • Service stations of automobile companies
  • Production plants
  • Motor vehicle departments of control
  • Insurance company experts
  • Transport companies
  • State transport corporations

Skills required

  • An avid interest in motor vehicle engineering
  • Solid analytical skills and and creative approach to problem solving
  • The ability to prioritize and plan effectively
  • The ability to stay within a budget and meet deadlines
  • Soft skills, such as the ability to work in teams to solve problems
  • The ability to work independently and in a team
  • Excellent oral and written communication skills