I finished my studies in precision engineering in 2011 before working in maintenance and then in 2014 starting as a technician. After successfully completing my training, I started work at LÄPPLE Automotive in Heilbronn.
I chose a career in engineering because I always wanted to do something that involved learning a trade. The metalworking industry seemed the perfect fit for me, as there are always new developments in this field that I find really exciting.
I decided to work for LÄPPLE because it’s got all the advantages of a typical medium-sized enterprise, and because I thought the number of employees it had was just right.
I work in Quality Assurance and Quality Planning. This involves the preparation and delivery of test instructions and documentation requested by the customer. We also maintain contact with suppliers and other departments in order to clearly document all processes.
What I love about quality planning is that I’m always coming into contact with new technologies which I can learn about in detail. I can also watch as the tools and systems we use are developed further. As a quality planner, you experience this first-hand, monitoring the entire development process right from the start, because it all has to be documented.
Thanks to these new technologies, we are able to work more closely with our customers than ever before. For example, today it allows us to send measurement reports and programs directly to our customers’ systems.
In the LÄPPLE Group, we work very closely with our factory in Teublitz. We regularly coordinate with production staff there, as we ship components from Heilbronn to Teublitz for further processing and vice versa. We maintain a direct line to their Quality Assurance staff and their other departments. This system of collaboration works perfectly.
What fascinates me about the technology is that I can always see how tools and systems work, how process capable they are and how fast we can determine from a component the quality to which it was manufactured. Precision is an especially important sign of quality. In order to prevent deviations from specifications, our measuring machines can achieve a precision down to mere hundredths of a millimetre. And that’s just one example!
