What Does An Automotive Engineer Do?

Automotive engineers are responsible for designing the mechanisms and systems of a ground-based vehicle. They are involved within the whole product design life cycle, from conception to manufacturing of automotive systems. Automotive engineers look for potential issues within automotive designs and work to solve the issues. Automotive engineers design and test their safety mechanisms, framework, engines, brake systems, transmissions, and fuel systems trough computer systems.

Automotive engineers typically specialize within a specific area of work, such as design, research and development, or manufacturing. It is imperative that an automotive engineer has a combination of both commercial and engineering skills to create projects. The responsibilities of an automotive engineer will vary on their area of specialization; we will dissect the typical work activities in each area of design, research and development, and manufacturing.

Automotive engineers design and produce visual conceptions of automotives and their component systems using CAD (Computer-Aided Design) software. Innovative computer technology such as Corel Painter Sketch Pad, Gamma Technologies GT-SUITE, and ThinkDesign Engineering software gives automotive engineers the creative freedom to produce incredible designs. After the visual interpretation of the automotive is sketched, an automotive engineer will decide on the most suitable materials for the system’s production. It is the responsibility of the automotive engineer to resolve engineering issues by utilizing thermodynamic, pneumatic, hydraulic, electrical, and mechanical principles.

Prototyping plays a crucial role in automotive engineering when creating component systems. Prototypes of vehicles and vehicle parts are made throughout the engineering process, to ensure the automobile will not only be reliable, but safe for the driver. Automotive engineers typically work as a team, working more than full-time to complete their projects and prototypes. They may be found working in an office setting or within an automotive manufacturing plant.

Within their line of work, automotive engineers may utilize tools such as workshop presses, grinders, and machine tools to construct prototypes for testing. Formulating testing procedures, conducting new experiments on the components, and physical testing methods are also part of an automotive engineer’s job responsibilities. Research and development are performed when creating and testing new designs for component systems. The development and research is performed by an automotive engineer with an understanding of a consumer’s ever-changing needs.

Research is performed in order to see if the components will comply with government emissions regulations. An automotive engineer researches and studies the safety and environmental aspects of the automotive component systems they plan to create.

An automotive engineer prepares cost, timing, and material estimates, alongside design specifications for the component systems. Inspection and supervision are vital components of an automotive engineer’s job, as they need to make sure modifications and mechanical systems are working safely within an automotive.
Automotive engineers investigate mechanical and maintenance failures within an automotive’s system, such as failing brakes, engine issues, or transmission failure. Automotive engineers oversee technologists, technicians, and other engineers while approving calculations, specifications, designs, and cost estimates.

Automotive engineers act as liaisons with suppliers, as they handle supply chain management concerns. Automotive engineers are also responsible for their own, individual projects, inspection, test driving, production schedules, staff, quality control, and budgets.

Career Spotlight: Automotive Engineer

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