ÄûÃʵ¼º½

News

Make your research or project visible to the public and decision-makers: Application for Designs for a Cooler Planet 2023 now open

Our theme is Invisible – what don't we see even though we should? We're bringing together the most radically creative projects and work from our Aalto community, so come along!
Hologram at the Aalto's Product Design Project Gala. Photo: Mikko Raskinen
Photo: Mikko Raskinen

Molecular structures, brain function, emotions, space or systemic changes are invisible to the naked eye.

In our daily lives, we do not notice radiation, radio signals or energy consumption, nor the code, artificial intelligence or algorithms that are part of many technologies around us. Manufacturing processes and the resources used in them are hidden from end-users, as is waste or sidestreams generated by production.

Ideas, creative processes, culture, networks and management models are also invisible.

So, we cannot see all the consequences of our behaviour or our choices. Many important things are invisible, hidden or we only notice them with delay.

Let's make the desired future visible

Show the world how your research or project is making future better. The featured content can be part of a bigger research project or a course, or a single small project.

We can make abstract phenomena visible through different tools: models, prototypes, technological measuring devices, simulations, visualisations or art.

We are looking for cross-disciplinary research, experiments, solutions and prototypes that build a more sustainable future.

Apply by 9 January 2023: propose an exhibition or event, such as a seminar, workshop or guided tour. The projects to be presented will be selected in January-February 2023.

Designs for a Cooler Planet will take place in Otaniemi from 6 September to 6 October 2023 for the fifth time as part of the official Helsinki Design Week programme.

Log in to this page with your Aalto ID to see the detailed application instructions below.

For more information:

Enni Äijälä, specialist, outreach with partners, +358 50 359 4810

The image shows a person holding a small, open, lamp-like object with both hands. The object has wooden covers and is filled with folded white paper. The paper resembles an accordion, giving a sense of lightness and airiness. The background is plain and light-colored, emphasizing the object’s form and details. The person wears a black long-sleeved garment and a dark purple wristband.

Designs for a Cooler Planet

Aalto University’s biggest annual exhibition showcases interdisciplinary experiments from our researchers and students. Designs for a Cooler Planet will be held next in the autumn of 2026.

Radical creativity illustration: Anna Muchenikova

Radical creativity

We enable experimental activities that challenge the status quo. 

Our strategy
  • Updated:
  • Published:
Share
URL copied!

Read more news

Two people carrying a sign with 'IT Services' written on it and a magnifying glass icon.
University Published:

Aalto Mac: Network settings to be updated

Updates begin during Christmas time
A collage of nine people in formal and casual attire. Backgrounds vary from office settings to plain walls.
Research & Art Published:

Research Council of Finland establishes a Center of Excellence in Quantum Materials

The Centre, called QMAT, creates new materials to power the quantum technology of coming decades.
Split image: left shows a white truck on a road with plants; right shows digital lines and a partial face. Text: unite! #UniteSeedFund
Awards and Recognition, Cooperation Published:

Two Unite! Seed Fund projects involving Aalto secure top EU funding

Two prestigious EU grants have been awarded to projects that were initially supported with Unite! Seed Funding. Both projects involve Aalto.
arotor adjustable stiffness test setup
Cooperation, Research & Art Published:

Major funding powers development of next-generation machine technology aimed at productivity leap in export sectors

The BEST research project is developing new types of sealing, bearing, and damping technology.