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Our strategy

Impact: Inspiring ecosystem

We build an international collaborative ecosystem.
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Our long-term purpose: 

We renew society with research-based knowledge and generate innovative solutions to tackle global challenges.

Our current focus of development: 

Inspiring ecosystem. We build an international collaborative ecosystem.

The planned actions: 

We cultivate a culture of innovation and impact.

We actively engage national and international stakeholders, fostering new collaboration.

We strengthen the visibility of Aalto's societal impact in Finland and globally.
 

A man peeks through components as if using binoculars.
Cooperation Published:

From research to resilient energy systems: Halide Energy accelerates battery development at Aalto Design Factory

Halide Energy, an Aalto University spinout developing copper flow batteries for long-duration storage, has accelerated from research to product through Aalto Design Factory's Partner Plaza. Access to rapid prototyping, expert staff and workshops lets the team produce custom components in days, solve last-minute challenges and keep development moving.
Three young people take a selfie on a sunny city viewpoint, with rooftops and trees stretching behind them.
Cooperation, Studies, University Published:

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.
Smiling person wearing glasses, green shirt and cap, standing against a red brick wall
Appointments, University Published:

Anssi Perttala to strengthen the Centre for Radical Creativity

Anssi Perttala has been appointed to the position of expert at Aalto University’s Centre for Radical Creativity from 1 October, 2026 on.
Winners on stage for the EAA best student paper award
Awards and Recognition, Research & Art Published:

EAA Best Paper and Presentation Award for Young Researchers for Postdoctoral Researcher Thomas Deppisch

The awarded work shows how speech can be made clearer in noisy environments while still preserving directional cues
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