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Elizaveta wants to improve people’s lives through biotechnology
In autumn 2022, Elizaveta Sidorova began her Master’s studies at Aalto University School of Chemical Engineering. After working with cell biology and bioproducts in the past, she is now exploring the field of biotechnology and looking forward to doing work that can have a genuinely positive impact on people’s lives.
Installation of water saving nozzles starting
The work is done as part of the building's energy saving actions.
What will we be wearing in the future?
Aalto University has been invited to showcase its sustainable textile and fashion solutions at the European Parliament in Brussels.
Finnish student team Revontuli took the third place in an international student supercomputer competition
CSC fielded Finland's first team in the international Student Cluster Competition (SCC), whose final was held in November 4-6.
Amy Sidibé wanted to combine machine learning with communications technology and ended up studying in two different universities
Amy studies communications and data science in a double degree programme.
Finland’s top sustainability reports are of high quality
Stora Enso won the overall competition for the third time
Meishan Lin wants to start a company that can benefit humanity
Meishan Lin’s dream is to start a cancer research and drug discovery company. She is currently completing the second year of her Bachelor’s studies at Aalto University, School of Chemical Engineering.
Additional measures are needed to manage the use of electric scooters
According to a recent report, Finland should consider age, speed and alcohol limits for the use of electric scooters and other means of micromobility.
F. M. Mahafugur Rahman receives TEK’s and TFiF’s best dissertation award
In his dissertation, Aalto University alumnus presented real-time control algorithms for next-generation renewable energy production
Towards The Internet of Senses
The Internet of Senses (IoS) aims at providing comprehensive multisensory experiences that are nearly inseparable from reality and improve intelligent human-machine interaction.
Unimon - A new qubit to boost quantum computers for useful applications
The researchers have achieved the first quantum logic gates with unimons at 99.9% fidelity — a major milestone on the quest to build commercially useful quantum computers.
Pressure ulcers take up to 500 million euros in healthcare expenditures each year – research team develops cushion cover that warns of budding wound
Research team presents prototype of sheet-like smart cover for wheelchair cushions today at HUS STOP Pressure Ulcer Day
Next generation material that adapts to its history
Responsive material changes its behaviour based on earlier conditions
Companies can suffer by restricting CEO mobility
Factors that limit job changes make CEOs play it safe, so the risks necessary for growth are not taken. That's why it's good to keep career prospects open.
Questions on sustainability introduced in course feedback survey in the School of Business
New questions on sustainability will be introduced in the course feedback survey in the School of Business from the beginning of the second period. Read more here.
Aalto strengthens its entrepreneurial ecosystem in creative sectors with the lead of Mikael Huhtamäki
Project manager Mikael Huhtamäki is looking for ideas on how to develop multidisciplinary collaboration within Aalto University’s entrepreneurial ecosystem.
How can the Aalto Data Agents help you?
Data Agents extend Aalto University's data support services with discipline-specific expertise.
It's time to celebrate excellence again - nominate your fellow community members at the School of Electrical Engineering!
The award winners will be published in our traditional award ceremony Celebrating Excellence.
Magnetic brain stimulation can help patients with depression and pain
Clinicians and researchers have long used transcranial magnetic stimulation (TMS) to treat and study chronic pain and severe depression. A new technology, multi-locus TMS (mTMS), will improve the approach by utilizing the novel design of magnetic transducers allowing for electronic control of all stimulation parameters – location, intensity and the orientation of the induced electric field – assisted by a robot to redirect stimulation from one part of the brain to another in just a fraction of a second.
