The objective of the article is to reveal the effects of the Covid-19 pandemic on the businesses in the European automotive sector, with a special focus on Central and Eastern Europe. The further objective is to identify how these effects relate to the ongoing transformational megatrends in the sector (digitalisation, electrification).
Research Design & Methods:We have collected a large (>700 items) sample of relevant business decisions in the European automotive sector over four years (2017)(2018)(2019)(2020)(2021), including those taken especially due to the Covid-19 pandemic. In our research, we transformed our qualitative inputs into a quantitatively analysable database through coding. Then, we applied descriptive statistical analysis on the retrieved data combined with qualitative analysis of the contents behind these data. Findings: Based on our sample, our primary finding is that the Covid-19 pandemic does trigger the already existing trends of digitalisation and electrification in the European automotive sector. Very similar effects characterise the relatively less developed but deeply integrated Central and Eastern European periphery, although to a lesser extent. Obviously, the Covid-19 pandemic has induced numerous temporary business decisions, mainly plant closures. Layoffs occurred as well but these were not prevalent. Then, the second wave of the pandemic in early 2021 brought about the global shortage of semiconductor chips, which substantially affected the sector in Europe.
Implications & Recommendations:The longer lasting impact of the short-term pandemic-related European automotive business decisions is yet to be explored. Nevertheless, the global shortage of semiconductor chips is already showing signs of influencing the industry over a longer time scale, in Europe as well. Forward-looking, future-oriented, and brave responses to the pandemic can well be the keys for businesses to successfully overcome the negative effects of the Covid-19 pandemic. Contribution & Value Added: Our sample of more than 700 items and a four-year-long timespan is in itself a unique collection of business decisions in the European automotive sector. In addition, by processing the inputs through coding, our sample becomes a treasury of potential information. In this article, we conduct an exploration along the events to which the decisions can be related, and along the decision types. We also look at the involvement of Central and Eastern Europe. Obviously, our ongoing primary research was ready to be extended to the firm level analysis of the effects of the Covid-19 pandemic, immediately upon its outburst.
Processes in the past decades have resulted in the segmentation of European industries into ‘headquarter’ and ‘factory’ economies, though these categories are not fully distinct. ‘Headquarter’ economies typically host the higher value added activities and service units while ‘factory’ economies are popular locations for lower segments of the value chains. This setup has implications for EU level industrial policy strategies. In the current times of accelerating technological development and the ever growing servitisation of industries, ‘headquarter’ economies genuinely have better capabilities and resources to gain more share of the value added, and can actually steer the course of events in the sector. In the EU peripheries, new investment often covers relocation of previous technologies and retired assets of original equipment manufacturers (OEMs). The ‘factory’ economies are in a disadvantage in several aspects, while the headquarters optimise according to their own set of strategic preferences, which further compromises the opportunities of industrial actors in the peripheries to shape their own future. Industrial policies, however smart and well designed, have limited chances to influence the character and speed of changes. We review reported cases through which we test literature and contrast realities with aspirations regarding smart and sustainable industrial development across the EU.
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