Department of Mathematics and Systems Analysis
Department of Mathematics and Systems Analysis
Our main research areas are algebra and discrete mathematics, analysis, applied mathematics and mechanics, stochastics and statistics, and systems analysis and operations research. We offer major and minor studies at both bachelor's and master's levels and provide doctoral research training. Our graduates have been recruited by universities, research institutes, governmental agencies as well as companies in the financial, energy and transportation sectors.
For full information on the department, visit:
Our research groups:
Research groups working on algebra and discrete mathematics
Research groups working on mathematical analysis
Research groups working on applied mathematics and mechanics
Research groups working on stochastics and statistics
Research groups working on systems and operations research.
News
Student exchange in Europe? Unite! can take you there
Aalto is a member of Unite!, a European university alliance that gives students the opportunity to internationalise their degrees both online and in-person. Join the webinar to find out more.
Six Aalto’s fields rank among the world’s top 100 in ShanghaiRanking
The comparison assesses research quality and impact, research excellence, international collaboration, academic recognition and leadership
The Semi-Summer programme once again offered students summer jobs and research opportunities
The programme, funded by companies in the semiconductor industry, aims to strengthen students' skills in this rapidly growing field
Everyday choices: Ghassem Gozaliasl, how do galaxy groups reflect the need for human connection?
An astrophysicist with the Aalto High-Performance Computing Lab (HPCLab), Gozaliasl uses the James Webb Telescope to study how galaxies have formed over the last 12 billion years.Events
Take it or leave it – a recycling event open to all
Welcome to the autum 2026 Recycling Event!
Warm Clouds over the Cool Planet — Workshop
Workshop for critically engaging with material realities behind "the cloud", by turning the planetary resources behind our digital systems something we can see and touch.
