March 18, 2026
Beyond Textbooks: Inside a Research-Driven Master’s in Chemistry
Hi, I’m Miaomiao Zhang, a second-year master’s student in Chemistry at Linköping University.
When I first arrived, I quickly realized this program is quite different from many traditional master’s degrees. Instead of internships or flexible course selections, our curriculum is fully structured. The program follows a clear 60/60 model: 60 credits of coursework in the first year, followed by a full 60-credit thesis project in the second year.
Laboratory work is a major component of the coursework, making up about 30–40% of the first-year curriculum. This strong practical focus prepares us well for independent research later on.
▲ Doing my Research
A Year of Pure Research
My entire second year is dedicated to thesis research. In many ways, it feels more like a full-time research position than a typical student experience. I have my own office space and spend most of my days in the lab synthesizing nanomaterials and catalysts for battery applications.
▲ My office space
Watching theory come to life is one of the most exciting parts of this journey. Sometimes, my synthetic samples even resemble tiny clouds! A small but satisfying reminder that abstract concepts can take physical form.
▲ The samples
Working alongside Swedish colleagues in my research group has been invaluable for my integration, especially as the only international student in the group. The research environment is demanding, but it is also deeply rewarding.
The Valla campus truly feels like a researcher’s playground. One of my favorite instruments is the large electron microscope located behind the library, a two-story machine worth millions, capable of visualizing atomic arrangements. Having access to such advanced equipment for my own experiments is both humbling and exhilarating.
▲ The Electron Microscope
Learning Through Independence
The first-year courses laid a strong foundation for this level of autonomy. In our “Applied Chemistry” course, professors from IFM (Department of Physics, Chemistry and Biology) didn’t simply teach from textbooks. Instead, they introduced us to their own research topics and current scientific questions, allowing us to explore directions that genuinely interested us.
Rather than focusing solely on memorization for exams, we designed research projects and wrote scientific reports. This approach gave us authentic research experience from the very beginning.
The Swedish Academic Experience
The transition wasn’t entirely smooth. In the beginning, I struggled with the language barrier, especially during exams. Explaining complex scientific concepts in English sometimes caused a mental block.
However, the academic culture made adaptation much easier. The hierarchy is relatively flat, and professors are approachable and supportive. Students are encouraged to ask questions openly, without fear of embarrassment or intimidation.
What’s Next?
This program serves as a training ground for future scientists. After graduation, students are well-prepared to pursue industry positions or continue toward a PhD.
If you are ready to trade traditional classrooms for lab benches, structured lectures for independent exploration, and textbooks for hands-on discovery, this program offers exactly that opportunity.
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