Visiting Aumovio changed the way I think about everyday products because it showed how much technology and engineering go into components most people never notice. Up until this tour, we saw all of the things you expect upon making a car. From the robots that make the cars, the machines that lift parts, interior, painting. The day before we saw the assembly of engines. But this was different, because it was the brain of the car. AUMOVIO focused on things like sensors, brake systems, and automotive software, things that drivers rarely realize. We just assume the car does it. It made me realize that there are thousands of components that each specialize in one task to make a car run.
When touring the facility, we first had to put on suits and special suits with a band that must touch the skin of your foot, which allows you to not be electrocuted. We then entered the facility, and the biggest difference was the number of people. Mostly 90% of the process is completed by robots, solely due to the fact that humans can’t be that accurate. The robot reads instructions and completes the task. The first product we saw was the software chips. They go through eight steps, and then they’re heated and cooled, which makes them ready for use. We then transitioned into their sensor area. They explained to us how airbags work and how lane assist technology works. I was amazed by how fast their production was, along with their success rate. They told us that out of 3 million chips, only one would fail.
A company like AUMOVIO faces major pressures in the automotive supply chain, including global competition, regulation changes, and keeping up with evolving technology. Automakers and people are expecting lower cost while at the same time demanding higher performance and output. As a supplier, AUMOVIO has to constantly improve and adapt to the market. The company is navigating the transition from combustion engines by investing heavily in software, sensors, and advanced driver assistance. Even though they originally were tied to combustion engines, the company had positioned itself for the future automotive markets by focusing on technologies that support electric and autonomous vehicles.
In Regensburg, the old and new coexist in a way that feels deliberate. The city has preserved its medieval architecture, churches, stone bridges, and historic streets while still being able to function as an economic center for tourism, universities, businesses, and industries. This speaks a lot about how Germany manages their past. Instead of erasing their history, they’ve focused on remembrance and preservation while still adapting to modern-day norms. Which taught me that economic growth does not have to be the result of removing history.
