Danish efficiency was a new experience
Xihan Chen (31) is a PhD student at the Department of Bioscience. She had been working as a research assistant in China, before she arrived in Aarhus in 2010 to join a screening project for six months.
What brought you to Aarhus?
I wanted to do a PhD in a country with a better PhD system than the Chinese, and in the field of geomicrobiology Aarhus is a top university.
Why did you choose this kind of research?
As a Bachelor and Master student I’ve studied Marine Biology and Marine Microbial Ecology. During my working period I decided to do a PhD focusing on processes in the marine sediments, in order to broaden my horizons and open my mind
They provide an understanding of the development of life, and we can apply special cultures in marine sediments to industrial purposes. For example, some organisms may also be used to treat wastewater. Besides, I find these tiny organisms really beautiful.
How would you characterise the Danish PhD programme?
It’s shorter than in other countries. At first I wondered why and then found out it’s more efficient. And my Master degree was accepted here; so I didn’t have to do another Master, which would have been necessary in the US.
How would you describe the Danes?
My first impression was that everyone is so efficient and everything runs on time. It was a new experience and a bit difficult for me, but I’ve grown used to it. I like the way they work and behave. Everyone is kind and gentle. Danes are not enthusiastic and they keep their distance, but I think that’s part of Danish culture and it’s okay with me. I think Denmark is a harmonious society.
What has been your most challenging experience with Denmark?
I knew language wouldn’t be a problem as Danes speak good English. But Danish is difficult to catch and I don’t have many contacts outside work, so it’s difficult to assimilate into native Danish society.
What will you be doing in 10 years?
I expect to have my own funding and lab, most likely in China. Geomicrobiology is a new but important field in China because understanding the microbial processes in the marine sediments will help to provide a better picture of the role of the China Seas in the global climate.









