If you want to work in an industry that is known for creating and manufacturing products, a career as a bmw mechanical engineer may be right for you. BMW mechanical engineer engineers are responsible for designing and developing different components of vehicles.
Their expertise is vital to the design and manufacture of everything from airplanes to energy-efficient vehicles, as well as other machinery, earth-moving equipment, and medical hardware. BMW mechanical engineers also lead the development of new technologies for their companies.
Design for a BMW mechanical engineer
Design is a fundamental aspect of the development process. BMW mechanical engineers are constantly thinking of new ways to improve the cars they build. The first step in the design process is to sketch out a concept. Designers feel that drawing a draft on paper allows them to express themselves more easily, and to give the idea life.
Afterward, the sketch is transferred to so-called package plans: a grid map of the new vehicle on a 1:1 scale with all technical details. This way, they can see how the character lines and silhouette of the car would look if it were produced in a series.
From there, a trained BMW mechanical engineer modeling expert works with the designer to produce a full-scale model. The model is then refined by a process of laser scanning. The resulting virtual 3D proportional model can then be used to develop the final product.
Development for a BMW mechanical engineer
As a senior BMW mechanical engineer, you’ll be responsible for creating new products. This includes working with customers to understand their requirements, developing a project plan and budget, and leading a team of engineers through the design process.
You’ll also be involved in assessing and communicating risk, understanding high-level design processes, and leading product testing. You’ll use CAD and engineering software to create detailed drawings and models.
In addition, you’ll need to be able to work independently and meet deadlines. You should have a bachelor’s degree in mechanical engineering and at least five years of experience.
In this role, you’ll be responsible for the development of innovative concepts for automotive battery cells and subcomponents. You’ll also be responsible for testing the cells and their components to determine their performance. You’ll work with internal and external experts to plan testing resources, analyze results and compile test reports. You’ll also be involved in establishing new process standards.
The testing process is a vital part of the development process. By running tests on your software, you can catch any errors before they become visible to end users.
The BMW Driving Simulation Centre offers vehicle research and development for BMW mechanical engineers an ideal tool to test their products under realistic conditions. Featuring 14 simulators and usability labs covering an area of 11,400m2, it is said to be the most advanced and diversified simulation center in the automotive industry.
The high-fidelity and high-dynamic simulators create the kind of test conditions that could only be experienced with actual test vehicles on the road. These include dynamic evasive action, emergency braking, and hard acceleration.
Manufacturing for a BMW mechanical engineer
The manufacturing process is a key aspect of any business. As a bmw mechanical engineer, you’ll be responsible for improving and optimizing the entire production process from start to finish.
You will also be responsible for ensuring that your work area is safe and adheres to quality standards. This can be done by conducting a variety of checks and monitoring the production equipment you’ll be working with. Plant Munich is going fully electric: From 2023 more than half of the vehicles produced at the plant will be powered by electric drives. Meanwhile, a new vehicle assembly hall and Bodyshop are under construction.
As a BMW mechanical engineer, you’ll be able to design and modify the tools and equipment that help produce the vehicles. You’ll also be able to troubleshoot and diagnose issues that arise with the components, as well as provide advanced technical solutions.