An analysis of the capacity of Singapore's industry transformation programme (ITP) ...

Page 88

also the third largest sector in terms of employment size, providing 90 thousand of jobs (or 22% of the total in manufacturing). Having large employment size but smaller value added share also indicates that in terms of labour productivity it was significantly behind the average productivity in the manufacturing sector in Singapore, with 100.000 SGD value added per worker as compared to the average manufacturing value added per worker of 171.000 SGD. For the performance analysis of the sector, a potential source is the annual economic survey of Singapore, which however provides precision engineering industry breakdowns different than the ones used for policy analysis: i.e. machinery & systems sub-sector and precision modules & components sub-sector. The analysis of recent performance of the sector must also take note of a significant change between 2010 and 2011. Notably, the total output of the sector (and more specifically in the machinery and systems sub-sector) jumped in one year from 14 billion SGD to almost 22 billion SGD as well as the added value jumped from 3.6 billion SGD to 5.4 billion SGD, without corresponding change in employment or remuneration, highly elevating output or productivity figures but without a corresponding change for jobs. This uncertain change complicates any comparisons between the performance figures before and after 2011. Furthermore, there is a substantial cyclical element in the performance of the sector.

Table 20. The performance of precision engineering industry since 2011. Average 20112012

Average 20142015

Growth, %

Total

94,006

92,221

-2%

Machinery & systems

42,563

46,608

10%

Precision modules & components

51,444

45,613

-11%

Total

4,159

4,502

8%

Machinery & systems

2,183

2,570

18%

Precision modules & components

1,977

1,933

-2%

Total

34,352

33,553

-2%

Machinery & systems

22,878

22,999

1%

Precision modules & components

11,474

10,554

-8%

Total

8,286

8,972

8%

Machinery & systems

4,905

5,504

12%

Precision modules & components

3,382

3,469

3%

88

97

10%

115

118

2%

76

16%

Indicator

Employment ('000)

Remuneration (billion SGD)

Total output (billion SGD)

Value added (billion SGD) Value added per worker (thousand SGD)

Sector

Total Machinery & systems

Precision modules & components Source: Economic Survey of Singapore, MTI

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4.2. PE productivity roadmap in 2011 Following the conclusions in 2010 of the Economic Strategies Committee and with the lead of newly established National Productivity and Continuing Education Council (NPCEC) an effort took place to support productivity growth via some horizontal initiatives as well as development of sector-specific productivity development strategies. The aim was to develop up to 17 such sector-specific productivity development strategies (“productivity roadmaps”) between 2010 and 2014, even though by 2015 there was public information about up to 11 such roadmaps. Precision engineering (PE) industry was

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References

15min
pages 113-124

7. Conclusions and Recommendations

7min
pages 110-112

6. Discussion

12min
pages 105-109

5.1. The intervention logic of ITP

4min
pages 101-102

5.2. ITP impact-capacity assessment framework

3min
pages 103-104

4.5. Conclusions: Precision Engineering ITM

2min
page 97

4.3. PE Industry Transformation Map

8min
pages 89-91

5. The structure of Singapore’s industrial policy logic

5min
pages 98-100

4.4. PE Industry in the European Union

8min
pages 92-96

4.2. PE productivity roadmap in 2011

2min
page 88

3.8. Industry transformation programme (ITP

4min
pages 74-75

3.6. The status of industrial, skills, innovation and trade policies

30min
pages 49-62

3.7. Policy instruments adopted or modified since 2010

32min
pages 63-73

3.4. Policy implementation bodies

8min
pages 44-46

3.2. The underlying logic of economic development policy

5min
pages 39-40

3.5. Policy coordination bodies

5min
pages 47-48

3.3. Strategy setting bodies and economic strategy since 2010

5min
pages 41-43

2.7. Concluding assessment

8min
pages 32-35

2.6. Industrial policy evaluation

2min
page 31

2. Industrial policy - a comparative international review

2min
page 11

1.1. Main research questions

2min
page 8

Executive summary

2min
page 6

2.1. Current industrial policy in major world economies

11min
pages 12-15

2.2. Intangible capital and industrial policy

3min
pages 16-17

1.2. Research strategy

3min
pages 9-10

1. Introduction

2min
page 7

2.5. Analytical frameworks for skills policy

6min
pages 25-30
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