RES4CITY

#Gamification #LearningByDoing #Sustainability #EnergyTransition #SeriousGame
Sustainable Energy for the Cities of Tomorrow
European Project |
www.res4city.eu |
2022-2025
RES4CITY main objective
Cultivating a sustainable urban future, promoting the development of renewable energy and green fuel technologies. The project creates innovative educational programs, co-designed with stakeholders, to train highly qualified human capital and generate replicable solutions in different European education systems.
The role of Artémat
We have designed and developed a suite of serious games to raise awareness and educate on environmental, economic and social sustainability issues.
STREAKS

#Gamification #LearningByDoing #Sustainability #EnergyTransition #SeriousGame
Accelerating the Energy Transition in Armenia
European Project |
ace.aua.am/projects/streacs/ |
2024-2027
Main objective of STREACS (Strengthening Energy Transition Research in Armenia)
Supporting Armenia's research capacity in the field of renewable energy, improving the country's energy security and promoting its integration into the European Research Area. The project promotes knowledge transfer, sharing of best practices and the creation of specialized academic networks.
The role of Artémat
We have created a serious game to train researchers on the design and development of project proposals, covering management, administrative and financial aspects.
RESKILL

#Gamification #LearningByDoing #Sustainability #EnergyTransition #SeriousGame
Skills for a sustainable future
European Project |
www.resskill.eu/ |
2024-2027
RESSKILL main goal
Developing a workforce ready for the energy transition. RESSKILL develops upskilling and reskilling paths for professionals, focusing on renewable energy, digitalization and building efficiency solutions, to transform urban spaces into smart, resilient and climate-neutral environments.
The role of Artémat
We have designed, developed and implemented two serious games dedicated to the adoption of renewable energy and the integration of energy systems in the building sector.




