Analyzing manufacturing sector and selected development challenges: A panel data analysis

The importance of manufacturing as a main determinant of economic growth has been explored extensively in the literature considering manufacturing as the engine of economic growth. In our study, a new database covering 117 countries for 1995-2017 containing four indicators, namely manufacturing value added share in GDP, growth of GDP, manufacturing energy intensity, and UNIDO's Competitive Industrial Performance score is constructed. Relying on this dataset and the Granger causality tests the paper investigates the effect of economic growth, energy intensity and the competitiveness index on manufacturing value added. Applying adequate econometric methods the effect of this set of variables on the relative importance of manufacturing in the economy as a whole measured by the share of MVA in GDP (MVAsh) is analyzed. An inverted U shape is verified with different turning points between static and dynamic analyses in the full sample, as well as in industrialized countries and emerging and developing countries separately, with turning points all within samples. Energy intensity has negative effect in most of the cases while CIP has positive effect with high magnitudes. The rate of adjustment is high. (c) 2021 Elsevier Ltd. All rights reserved.

Automated summary

The study examines the importance of manufacturing in economic growth by analyzing the impact of economic growth, energy intensity, and competitiveness index on manufacturing value added. It reveals an inverted U shape in the relative importance of manufacturing in the economy, with different turning points across countries and economic development stages. Energy intensity generally has a negative effect, while the Competitive Industrial Performance score has a positive impact with high magnitudes.