Science Slam Tutkijoiden yössä

Tule paikalle seuraamaan nyt kymmenennen kerran järjestettävää Science Slam -kisaa, jossa tutkijat irrottelevat tiedettä ja stand up -komiikkaa yhdistelevissä puheenvuoroissa.  

Lavalle astuvat rohkeat tieteentekijät esittelemään tutkimustaan täysin totutuista luennoista ja kaavoista poiketen. Luvassa on hauskaa tiedesuitsutusta ja riemua yli tiederajojen.

 

Mukana kisassa ovat: 

Liisa Häikiö,

professori, sosiaalipolitiikka / Professor, Social Policy

Yhteiskuntatieteiden tiedekunta /Faculty of Social Sciences 

Common city

 I look at the city, living there and its transformation from the perspective of different actors: the young, the old, the vulnerable, the powerful, communities and networks. I will take examples from studies carried out in Tampere over the years. How is the city shared and shared by us all? Or is it?  

 

Chloe Kiernicki,

Master's student in Sustainable Architecture

Rakennetun ympäristön tiedekunta/Faculty of Built Environment 

Digital Twins for wind turbine reuse 

Chloe's research was part of a larger Re-Wind team across the United States, Republic of Ireland, and the United Kingdom. The global team is seeking reuse solutions for wind turbines that have been decommissioned at their end-of-service life. Chloe's focus has been on using point cloud scans to create digital twin versions of blades to model their form, internal geometry, and structural properties. 

 

Markus Laine

yliopistonlehtori, hallintotieteet / University Lecturer, Administrative Studies

Johtamisen ja talouden tiedekunta/ Faculty of Management and Business 

Nordic Superblock – The Way Towards Sustainable Urban Transformation? 

Introduction Finland’s ambition to be carbon neutral by 2035 places it at the forefront of decarbonization in Europe. Thus, the goal of the Nordic Superblocks is to provide a new, integrated concept for sustainable urban transformation. 

The core idea of the Nordic Superblock lies in shared resources, in the interest of providing maximum spaces, functions, and services with minimum cost and environmental impact. It creates a new scale to urban planning and development. Instead of just neighborhood planning and developing single plots the Nordic Superblock is mid-scale planning and development idea. Ultimately this scale makes maximum spaces, functions, and services with minimum cost and environmental impact possible. It can be just one block, or several blocks, depending on the site and purpose. 

Ruchira Liyanage

Master's student in Sustainable Architecture

Faculty of Built Environment / Rakennetun ympäristön tiedekunta 

Vegetation Cover Effects on Outdoor Thermal Comfort 

The global shift toward sustainable building materials and processes has led to the emergence of concepts like Eco-mimicry and Biomimicry. These approaches draw inspiration from nature to achieve ecological goals. Nature offers solutions to a wide range of contemporary challenges, and one such issue is the assessment of thermal comfort in outdoor environments, which can be quantified using modern indices like the Predicted Mean Vote (PMV) index. 

This research endeavors to comprehend the impact of vegetation cover on outdoor thermal comfort. Ruchira Liyanage is dedicated to studying various aspects of outdoor thermal comfort, including urban heat islands, local climate zones, building materials, and principles of Eco-mimicry rooted in the natural world. He firmly believes that taking cues from nature will consistently lead us toward more sustainable resolutions for impending issues, such as climate change, the circular economy, and the thermal comfort of buildings. 

 

Jonathon Taylor,

Tenure track -professori, Urban Physics/ Associate Professor in Urban Physics (Tenure Track)

Faculty of Built Environment/ Rakennetun ympäristön tiedekunta 

Using Science and Engineering to Design Future Cities 

The way we design our cities can influence the amount of energy we consume, the amount of greenhouse gas emissions we produce, and the health of the citizens. Jonathon will be talking about how physics and engineering can be used to help us understand our urban environments, from microscopic to global scales, both now and in the future. 

 

Anna-Kaisa Viitanen,

tutkijatohtori / Postdoctoral Research Fellow,

Rakennetun ympäristön tiedekunta / Faculty of Built Environment 

Better air quality for urban dwellers 

Air pollution is one of the main issues in the urban areas affecting negatively to people’s health. By understanding the sources of pollution, we can protect ourselves and our environment. Anna-Kaisa is studying air pollution in urban environments, especially indoors. There are several tangible actions that the society and the individuals may take to diminish the air pollution and to prevent the exposure. These actions will lead to more sustainable environment and promote people’s health and well-being in the cities. 

 

Kuka on paras/hauskin/viihdyttävin? Sinä päätät. Voittajalle on palkintona luvassa mainetta ja kunniaa sekä tavoiteltu kultainen mikrofoni. 

Ovet aukeavat 18.30 ja Showtime 19.00.