The aim of the study is to analyze the technical efficiency, TFP growth and sources of growth of Indonesian food manufacturing industry. Data Envelopment Analysis (DEA) and Malmquist Productivity Index (MPI) were used for estimating 55...
moreThe aim of the study is to analyze the technical efficiency, TFP growth and sources of growth of Indonesian food manufacturing industry. Data Envelopment Analysis (DEA) and Malmquist Productivity Index (MPI) were used for estimating 55 industries of the 2000-2006 periods. The results show that the annual average technical efficiency score was 0.74. The average the productivity growth was 1.25 percent per annum. Technical change is more closely related with productivity growth rather than the technical efficiency change. The average of technical change was 6.65 percent per annum. While technical efficiency change reveals has negative change by 1.78 percent per annum, Based on this, implies that technological progress is a major sources of growth rather than technical efficiency change. The rate of technological progress is higher than the rate of technical efficiency change by 6.65 percent per annum. This means that the Indonesian food processing industry has moderate level of technical efficiency and TFP growth. shown declined from 25.57 percent in 2001 to 9.24 percent in 2006 with annual average 11.93 percent per year. Estimating efficiency and total productivity growth can be done through several approaches, such as neo-classical approach and decomposing approach. In the neoclassical approach, productivity growth, know as TFP growth, reflects all the effect of output growth that cannot be ascribed to the inputs in production, whereas in decomposition approach, TFP growth is broken down into technological progress, scale component and the technical efficiency changes. Empirical studies on efficiency and total factor productivity growth for Asian countries have been investigated by many authors. Pitt and Lee (1981) used pooled data on fifty Indonesian weaving industries for the years 1972, 1973 and 1975. Based on time variant and time invariant stochastic frontier analyses their estimates of average efficiency for Indonesian weaving industries ranged between 60 percent and 70 percent. In the garment industry, Hill and Kalirajan (1993) noted that the average efficiency of small firms was 62.6 percent and only 7 firms were more than 85 percent efficient and 542 firms were less than 50 percent efficient. In the medium and large garment firms, Battese, Rao and Walujadi ( ) reported technical efficiency to be around 66percent during 1990 to 1995 for all regions. However, they also reported that the lowest technical efficiency was 48.5 percent for Jakarta and the highest was 83.7 percent for East Java. Beside efficiency, productivity is another issue that has been widely discussed in Asian countries. At firm"s level, such studies include who estimated TFP growth of Korean manufacturing industries by using decomposition method. Oguchi, Amdzah, Zainon, Abidin, and Shafii (2002) who studied TFP growth using growth accounting method for Malaysian manufacturing industries. Using the same method, Koh, Rahman and Tan (2002) estimated TFP growth for Singaporean manufacturing industries, whereas used TFP decomposition method to investigate productivity growth for most service sectors in the same country. Timmer (1999) Using growth accounting method utilized panel data of Indonesian manufacturing industries over the period 1975-1995 and concluded that annual TFP growth during this period was 2.8 percent. Between 1975 and 1981 TFP growth was 1.0 percent, four years later it decreased to 0.1 percent, but for the next four years TFP growth increased dramatically to 7.9 percent. However, during the first half of 1990s the TFP growth declined again, i.e. 2.1 percent per annum. Overall, his results showed that TFP growth accounted for only 22 percent of the output growth. Although TFP growth is quite high as compared to Korea and Taiwan, it is still considerably low. Using the same method, Aswicahyono and Hill (2002) also studied TFP growth of Indonesian manufacturing industries.