Deliverable 3.2 represents the in-depth cross-case analysis, highlighting the communalities and diverging approaches of different maker cases and aims at answering the research questions that were defined in previous work (Check out the previous deliverable D3.1 on its page). This deliverable thus builds on the collected data of ten case studies of maker initiatives in eight different European countries, spanning from maker spaces and fablabs to companies operating at the interface between makers and industry: Fablab Barcelona (Spain), Arduino (Italy), Smart Bending Factory (the Netherlands), Mini Maker Faire (Estonia), Happylab Vienna (Austria), DTI lab (Denmark), Dezentrale (Germany), HRW lab (Germany), Create It Real (Denmark), and FabLab Zagreb (Croatia).
In total, 39 interviews with managers of these initiatives as well as makers were transcribed and complemented by self-reporting sheets filled in by managers. The collected material was subsequently analysed with qualitative analysis methods in an explorative and structuring way combining deductive and inductive coding approaches. While all deductive codes were based on the three research pillars with its various research themes and potential research questions as identified in D2.1, in the inductive approach additional new codes directly evolved from the material. All the material was coded in two rounds by different researchers to safeguard maximal reliability and validity of the process. The analysis resulted in around 1,700 deductive codings, which built the basis for the work on the pre-defined research themes. With the aim to base the work on pre-existing knowledge and to complement and support the findings of our qualitative analysis, the literature cited in D2.1 was revisited and additional literature was integrated. This resulted in a rich data set that reveals quite some research gaps that have not been or only partially been addressed in research so far. Thus, the study represents one of few attempts to collect (qualitative) data on maker initiatives concerning manifold dimensions and critical issues and thus is able to reveal interesting findings adding value to the state-of-the-art in the field.
We just released the results in Deliverable D3.2 here below or also on its page, where you can also comment it.
Furthermore, you can read more about in the deliverables here below and on the MAKE-IT process page.