Teemu Santonen

Teemu Santonen

*This is an algorithmically generated author record based on publicly available information.

Current Organizations / Institutes

The organizations/institutes from the scholar's latest article

Previous Organizations / Institutes

The organizations / institutes from the scholar's other articles in the past ten years


Teemu Santonen has a total of 52 co-authors. Here are the top co-authors by number of shared publications:


Latest Publications

  • Open Access

    A Fast-Track Training Program for Living Lab Methodologies: program components, acceptability, and participant perceptions

    by Kim Helsen, Vicky Van der Auwera, Femke Drijkoningen, Despoina Petsani, Teemu Santonen, Panagiotis Bamidis, Evdokimos Konstantinidis, Nele A.J. De Witte

    Background Living Labs have proven to be valuable environments for fostering innovation through user-centred approaches. However, many researchers and companies still face challenges in implementing these methodologies sustainably. Addressing these challenges requires not only structural solutions within Living Labs, but also the cultivation of expertise among researchers and practitioners. It is crucial to educate researchers and innovators in practices aligned with user-centred research, Living Lab practices and co-design, emphasizing societal relevance and Responsible Research and Innovation (RRI) within the research community. Method This paper presents and evaluates a novel training program developed within the VITALISE project, aimed at onboarding external researchers and familiarizing them with Living Lab Research Infrastructures through transnational visits and collaborations. Results The program features a modular design covering key topics such as Living Lab methodology, harmonisation of research practices, and participant recruitment and panel management. A total of 49 participants completed an evaluation questionnaire, with results indicating high satisfaction and perceived usefulness across all training modules. Post-training, most participants reported feeling confident in applying Living Lab methodologies after the training. Notably, individual differences in interest across training blocks highlighted the need for flexible, tailored programs that accommodate varying levels of prior knowledge and specific research needs. Conclusion This study suggests that targeted, adaptable training initiatives are acceptable. Self-reported feedback suggests that it could help to enable researchers to integrate Living Lab methodologies into their work. However, further formal evaluation of learning gains is needed. Continued development of structured, scalable, and context-sensitive training programs, supported by international collaborations and standardized approaches, will be essential for fostering sustainable and impactful Living Lab research across disciplines and borders.

  • Open Access

    A Fast-Track Training Program for Living Lab Methodologies: program components, acceptability, and participant perceptions

    by Kim Helsen, Vicky Van der Auwera, Femke Drijkoningen, Despoina Petsani, Teemu Santonen, Panagiotis Bamidis, Evdokimos Konstantinidis, Nele A.J. De Witte

    Background Living Labs have proven to be valuable environments for fostering innovation through user-centred approaches. However, many researchers and companies still face challenges in implementing these methodologies sustainably. Addressing these challenges requires not only structural solutions within Living Labs, but also the cultivation of expertise among researchers and practitioners. It is crucial to educate researchers and innovators in practices aligned with user-centred research, living lab practices and co-design, emphasizing societal relevance and Responsible Research and Innovation (RRI) within the research community. Method This paper presents and evaluates a novel training program developed within the VITALISE project, aimed at onboarding external researchers and familiarizing them with Living Lab Research Infrastructures through transnational visits and collaborations. Results The program features a modular design covering key topics such as Living Lab methodology, harmonisation of research practices, and participant recruitment and panel management. A total of 49 participants completed an evaluation questionnaire, with results indicating high satisfaction and perceived usefulness across all training modules. Post-training, most participants reported feeling confident in applying Living Lab methodologies after the training. Notably, individual differences in interest across training blocks highlighted the need for flexible, tailored programs that accommodate varying levels of prior knowledge and specific research needs. Conclusion This study suggests that targeted, adaptable training initiatives are acceptable. Self-reported feedback suggests that it could help to enable researchers to integrate Living Lab methodologies into their work. However, further formal evaluation of learning gains is needed. Continued development of structured, scalable, and context-sensitive training programs, supported by international collaborations and standardized approaches, will be essential for fostering sustainable and impactful Living Lab research across disciplines and borders.

  • Open Access

    Accelerating Expertise: A Fast-Track Training Program for Living Lab Methodologies

    by Kim Helsen, Vicky Van der Auwera, Femke Drijkoningen, Despoina Petsani, Teemu Santonen, Panagiotis Bamidis, Evdokimos Konstantinidis, Nele A.J. De Witte

    Background Living Labs have proven to be valuable environments for fostering innovation through user-centred approaches. However, many researchers and companies still face challenges in implementing these methodologies sustainably. Addressing these challenges requires not only structural solutions within Living Labs, but also the cultivation of expertise among researchers and practitioners. It is crucial to educate researchers and innovators in practices aligned with user-centred research, living lab practices and co-design, emphasizing societal relevance and Responsible Research and Innovation (RRI) within the research community. Method This paper presents and evaluates a novel training program developed within the VITALISE project, aimed at onboarding external researchers and familiarizing them with Living Lab Research Infrastructures through transnational visits and collaborations. Results The program features a modular design covering key topics such as Living Lab methodology, harmonization of research practices, and participant recruitment and panel management. A total of 49 participants completed an evaluation questionnaire, with results indicating high satisfaction and perceived usefulness across all training modules. Post-training, most participants reported increased confidence in applying Living Lab methodologies. Notably, individual differences in interest across training blocks highlighted the need for flexible, tailored programs that accommodate varying levels of prior knowledge and specific research needs. Conclusion This study suggests that targeted, adaptable training initiatives are acceptable and can help to enable researchers to integrate Living Lab methodologies into their work. Continued development of structured, scalable, and context-sensitive training programs, supported by international collaborations and standardized approaches, will be essential for fostering sustainable and impactful Living Lab research across disciplines and borders.

  • Open Access

    Towards Living Lab Value Proposition: Living lab Experts’ Perceptions of Living Lab Value

    by Teemu Santonen, Vasileia Petronikolou, Despoina Petsani, Sarantis Dimitriadis, Panagiotis Bamidis, Evdokimos Konsdtantinidis

    Prior studies have argued that the value that living labs are providing is blurry. Grounded on the living lab experts’ opinions, the study defines the key value proposition elements for living Labs. An online workshop was arranged in which 22 experts provided a total of 208 value proposition suggestions for the researcher, policy maker and public authority, and SME/company customer segments and for the different Technology Readiness Level (TRL) phases. As a result, the following seven main value categories including a total of 31 different value items were identified: 1) Enhanced collaboration and networking possibilities, 2) Validity and reliability, 3) Improved innovation, 4) Financial and process benefits, 5) Benefits for the users and society, 6) Safe environment for RDI and 7) Increased skills and capabilities. The results also suggest that living lab value argumentation is partially context-dependent. Value proposition suggestions are proposed for companies, researchers, policymakers, and public authorities.


  • Designing a Master Course Curriculum for Innovation Through Living Labs

    by Konstantinos G. Diamantis, Evdokimos I. Konstantinidis, Teemu Santonen, Eva Kehayia, Despoina Petsani, Martina Desole, Francesca Spagnoli, Panagiotis D. Bamidis


  • Combined Multicomponent Interventions for Older Adults in a Smart Home Living Lab

    by Sofia Segkouli, Lampros Mpaltadoros, Athanasios T. Patenidis, Vasilis Alepopoulos, Aikaterini Skoumbourdi, Margarita Grammatikopoulou, Ilias Kalamaras, Ioulietta Lazarou, Panagiotis Bamidis, Despoina Petsani, et al.