Research infrastructure of the School of Electrical Engineering
On this page, you will find information about the research infrastructures of the School of Electrical Engineering.
Research at the School of Electrical Engineering
The School of Electrical Engineering has three departments and one separate unit.
Solutions for the great challenges of humankindÂ
Here at the School of Electrical Engineering our students and researchers get a chance to roll up their sleeves, because we conduct a lot of applied research in addition to theoretical research. Our investments in first-class facilities and research equipment ensure that our hard work will help society evolve.
We are a very close-knit and international community consisting of people from different backgrounds. Everything we do is for the common good, whether it is greener technology or better solutions for healthcare. Artificial intelligence is closely related to our work, and with the help of new innovations we maintain Finland’s competitive edge in the energy, environment, and healthcare industries.
We have three departments and one separate unit.
Towards a more sustainable future with high-quality research facilities
Tenure track
Aalto University’s tenure track career system offers a well-supported and clear career path for professor-level academics towards a permanent professorship.
Read the news
1 in 4 mental health patients hurt by wording in electronic health records, finds study
Errors, disrespectful language and information perceived as unnecessary in electronic health records can feel offensive to patients
The School of Business’s Ceremonial Conferment of degrees will bring festive atmosphere to the streets of Töölö in May
A dignified celebration is held every five years. The public can watch the spectacular conferment procession in Töölö on the afternoon of Friday 22 May
Researchers measure energy below a zeptojoule–enough for a red blood cell to move a nanometer
A new method for measuring incredibly miniscule amounts of energy – less than a trillionth of a billionth of a joule – could give quantum computing and the hunt for dark matter a boost, while paving the way for counting individual photons.