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Public private partnership in industrial service research boosted scientific publication in Finland

DIMECC’s Service Solutions for Fleet Management (S4Fleet, DIMECC 2017) program was designed to support industrial firms’ digital transformation toward advanced fleet-level service systems. It included 23 firms and six research institutes that together developed new knowledge and solutions in the domains of strategy, operations and technology for fleet-level servitization. The program was part of the Finnish Public Private Partnership (PPP) research policy at the time, including private funding from companies, private sector leadership, and public funding from Business Finland.

The timing for such a transformational program was perfect: information technologies and systems were already available to enable remote monitoring and analytical solutions for the installed base of equipment, and industrial firms had already realized the potential with intensified customer collaboration through services. Before the program, DIMECC and its partners had already made significant investments into industrial servitization in 2010 – 2016, particularly through the Future Industrial Services program (FutIS, DIMECC 2016), with the support of PPP funding from Business Finland.

The S4Fleet program was designed to last for five years in the DIMECC program map, but the public funding was shortened to three years during the program preparations due to the political decision to cut down PPP funding. The participating research institutes faced a challenge: they had very ambitious goals for completing doctoral theses through the research made in the program, but with an ordinary duration of 4-6 years for a doctoral thesis, a three-year program could only be used for partial thesis projects (typically framework development, data collection, and partial analysis and publication). That implied that work towards the intended doctoral theses as the pursued academic outcomes from the program had to be continued after the program through other funding mechanisms.

Almost three years have passed since the end of the S4Fleet program. The practical results and implications of S4Fleet were reported at the end of the program in a final report (DIMECC 2017). Now, we finally have enough data to report what happened with the doctoral theses intended and pursued through the program.

Post-program deliverables

Management research is published in journals whose publication policies govern the pace with which scientific results become available to readers. The majority of doctoral theses in the S4Fleet program are compilation publications, including 3-7 published or accepted articles and an introductory section. This implies that the articles must be accepted first and compiled and integrated logically through the introductory section, before the thesis can be officially examined and publicly defended. After writing the thesis, the examination process itself may take 4-8 months or even longer, depending on the examiners’ timetables.

What have the research institutes done to enable the completion of doctoral theses from the studies made in the S4Fleet program? Researchers and professors have acquired additional funding through other research projects, foundation grants, university doctoral schools, and personal scholarships. The research teams have continued collaboration to write the scientific papers, revise them based on critical feedback, and get them published. The researchers have patiently worked with the data and their analyses, to fulfill the goals set in the beginning of S4Fleet program. To some extent, collaboration with the S4Fleet companies has also continued, to possibly extend the datasets and at least gain publication approvals for papers and thesis sections.

With these challenging conditions for compilation theses and the end of S4Fleet program funding in 2017, the research institutes involved in S4Fleet program are extremely pleased to report the post-program deliverables that have accumulated after the S4Fleet program. Altogether 22 doctoral theses have resulted from the S4Fleet program, with 17 of them already completed and at least five more to appear soon. Below, we list all doctoral theses completed during and after the S4Fleet program. The table also includes links to the full theses so that readers can find them easily.

We thank DIMECC, Business Finland, and the companies and research institutes involved, for the fantastic research environment to study industrial servitization and service solutions for fleet management. The research will continue!

Authors

Miia Martinsuo, Tampere University (miia.martinsuo@tuni.fi)

Timo Kärri, LUT University

Risto Rajala, Aalto University

Teemu Laine, Tampere University

Helena Kortelainen, VTT Technical Research Centre of Finland

Marko Kohtamäki, University of Vaasa

Marko Nieminen, Aalto University

Kari Koskinen, Tampere University

Pekka Töytäri, Aalto University

 

 

List of doctoral theses from DIMECC’s S4Fleet program

 

Kirjoittaja, tutkimuslaitos Vuosi Otsikko ja linkki
Boldosova Valeria, University of Vaasa forthcoming Power of storytelling in big data analytics.
Eloranta, Ville,

Aalto University

2016 Servitization, strategy and platforms.

http://urn.fi/URN:ISBN:978-952-60-6772-8

Gao, Shan,

Aalto University

2020 Digital transformation in asset-intensive industries: Systemic constraints and synchronized change. http://urn.fi/URN:ISBN:978-952-60-3959-6
Haghighat Khajavi, Siavash,

Aalto University

2018 Improving additive manufacturing enabled operations – A forward looking empirical study.

http://urn.fi/URN:ISBN:978-952-60-7885-4

Hakanen, Esko, Aalto University 2018 Platform-based exchange: New business models in technology industries.

http://urn.fi/URN:ISBN:978-952-60-8356-8

Herala, Antti,

LUT University

2018 Benefits from open data: Barriers of supply and demand of open data in private organizations. https://lutpub.lut.fi/handle/10024/158560
Huikkola, Tuomas,

University of Vaasa

2017 Escaping the commoditization trap by going downstream: how does a manufacturer manage its capabilities to create wealth from solutions?

http://urn.fi/URN:ISBN:978-952-476-721-7

Jähi, Markus, VTT / Tampere University 2020 Customer involvement in industrial service portfolio development.

http://urn.fi/URN:ISBN:978-952-03-1503-0

Kinnunen, Sini-Kaisu,

LUT University

2020 Modelling the value of fleet data in the ecosystems of asset management.

https://lutpub.lut.fi/handle/10024/161484

Kunttu, Iivari, University of Vaasa 2017 Boundary considerations and joint learning in knowledge-intensive R&D collaboration.

http://urn.fi/URN:ISBN:978-952-476-751-4:

Lindholm, Anni, Tampere University of Technology 2018 Developing management accounting for long-term decision-making: Empirical examinations from the customer and supplier perspectives.

http://urn.fi/URN:ISBN:978-952-15-4258-9

Mahlamäki, Katrine, Aalto University forthcoming Impact of user experience on the quality of manually collected maintenance data.
Metso, Lasse,

LUT University

2018 Information-based industrial maintenance – an ecosystem perspective.

http://lutpub.lut.fi/handle/10024/158860

Momeni, Khadijeh, Tampere University 2019 Service integration in the downstream value chain of project-based firms.

http://urn.fi/URN:ISBN:978-952-03-1274-9

Rekonen, Satu,

Aalto University

2019 Managing for knowledge creation in exploratory projects. http://urn.fi/URN:ISBN:978-952-60-8638-5
Stormi, Kati, Tampere University forthcoming Machine learning and advanced analytics in managing services for fleet
Talaoui, Y., University of Vaasa forthcoming The interplay between business intelligence and strategy.
Vainio, Henri, Tampere University forthcoming Knowledge based dynamic multi-agent fleet control simulation framework
Vaittinen, Eija, Tampere University 2019 Service readiness during manufacturers’ servitization. http://urn.fi/URN:ISBN:978-952-03-0974-9
Vuorinen, Lauri, Tampere University 2019 Managing value creation in temporary organizations. http://urn.fi/URN:ISBN:978-952-03-1308-1
Ylä-Kujala, Antti,

LUT University

2018 Inter-organizational mediums: current state and underlying potential.

http://lutpub.lut.fi/handle/10024/158761

Öhman, Mikael, Aalto University 2019 Design science in operations management: extracting knowledge from maturing designs.

http://urn.fi/URN:ISBN:978-952-60-8487-9

References

DIMECC (2016) Future Industrial Services. Final report 1/2016. DIMECC publications series no. 9.

DIMECC (2017) S4Fleet – Service Solutions for Fleet Management. Final report 6/2017. DIMECC publications series no. 19.

 

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