ENGINEERING FOR DEVELOPMENT

(First Draft)

 

E J Jefferies

 

March 1969



CONTENTS

PART 1 THE WORLD DEVELOPMENT PROGRAMME

Chapter 1 Introduction
Chapter 2 Closing the Gap
Chapter 3 Resistance to Change
Chapter 4 International Technical Assistance

PART II AN ENGINEERING APPROACH TO A PLAN FOR A COUNTRY

Chapter 5 Outline of the Approach
Chapter 6 Setting the Problem
Chapter 7 Basic, Concepts, Terms and Definitions
Chapter 8 Background Data Available
Chapter 9 The Starting Point for a Case Study
Chapter 10 Preliminary Calculations
Chapter 11 Patterns of Economic Growth
Chapter 12 Development Plan for Year 1
Chapter 13 Development Plan for Year 2
Chapter 14 Development Plan for Year 3
Chapter 15 Review of Changes During the Three Years
Chapter 16 The Control of Development
Chapter 17 Financing the Development

 

 

PART III THE IMPLICATIONS OF RAPID GROWTH

Chapter 18 Economic Growth and Technological Changes in Rural Communities
Chapter 19 The Influence of Agriculture on Industrial Development
Chapter 20 The Role of Manufacturing Industry
Chapter 21 The Contribution of Industrial Engineering to a Solution

 

PART IV DESIGNING FOR BALANCE IN DEVELOPMENT


Chapter 22 The Prediction of New Manufacturing Capacity Requirements by Product Group
Chapter 23 The Productivity of Labour
Chapter 24 The Growth of Productivity
Chapter 25 The Calculation of Appropriate Levels of Productivity in New Plants

 

CHAPTER 15

 

REVIEW OF CHANGES DURING THE THREE YEARS

 

7.1 The main changes in economic parameters during the three years can now be listed as in Table 29.

 

TABLE 29 National Accounts, YEARS 0-3

 

 

YEAR 0

YEAR 1

YEAR 2

YEAR 3

Per Capita GDP

$200

$252

$317

$400

GDP

$600 m

$759 m

$962 m

$1226 m

  from Agriculture

$185 m

$207 m

$231 m

$260 m

  from Services, Trade and Govt

$210 m

$269 m

$343 m

$438 m

  from Manufacturing

$91 m

$126 m

$173 m

$240 m

  from Transport, Storage and Communications

$33 m

$45 m

$60 m

$83 m

  from Construction

$20 m

$29 m

$42 m

$58 m

  from Mining

$11 m

$13 m

$16 m

$20 m

Fixed Capital Formation

$78 m

(1.00)

$112 m

(1.43)

$154 m

(1.97)

$212 m

(2.71)

Consumption of Fixed Capital

$3.9 m

(1.00)

$56 m

(1.43)

$77 m

(1.97)

$106 m

(2.71)

New Investment Becoming Productive

$25 m

(1.00)

$65 m

(2.60)

$108 m

(4.32)

$155 m

(6.20)

Intermediate Consumption (Transfers of Net Output)

$39 m

$76 m

$124 m

$185 m

Total Final Consumption

$522 m

$627 m

$761 m

$935 m

Imports and Exports

(in balance)

$150 m

(1.00)

$185 m

(1.23)

$220 m

(1.47)

$255 m

(1.70)

 

Highlights in Table 29 are:

 

 

7.2 The main changes in socio-economic parameters can be estimated as in Table 30.

 

TABLE 30 Socio-Economic Change: YEARS 0-3

 

   

YEAR 0

YEAR 1

YEAR 2

YEAR 3

1. Total personal consumption

$462 m

$567 m

$701 m

$875 m

2. Per capita personal consumption

$154

$185

$225

$276

3. Government consumption

$60 m

$71 m

$84 m

$104 m

4. Per capita farm produce consumption (ex-farm value)

$45

$48

$51

$56

5. Per capita value of personal consumption other than farm produce (goods and services including value added in trade, transport and processing of farm produce)

$109

$137

$174

$220

6. Price level, overall index

1.00

1.01

1.02

1.03

7. Per capita personal physical consumption other than farm produce (index)

1.00

1.25

1.57

1.96

8. Non-agricultural employment

360,000

(1.00)

470,000

(1.30)

554,000

(1.52)

657,000

(1.83)

9. Earnings per person engaged in non-agricultural activities

$616

(1.00)

$660

(1.07)

$743

(1.20)

$835

(1.37)

10. Earnings per person engaged in agricultural activities

$430

(1.00)

$440

(1.09)

$496

(1.23)

$567

(1.41)

11. Proportion of population economically active

0.250

0.385

0.307

0.334

12. Average number of persons to be supported by each person economically active

4.00

3.5

3.26

2.99

 

7.3 The highlights among the changes shown by Table 30 are:

 

 

Agriculture

Services, Trade and Government

Manufacturing

Miscellaneous

Transport, Storage and Communications

Construction

Mining

(Minus 24,000)

116,000

80,000

69,500

6,000

22,000

3,500

 

They are to be manned by people originating very approximately as follows:

 

Adults withdrawn from Agriculture

Half the adolescents from farming families

Adults formerly "unemployed": rural

Adults formerly "unemployed": urban

Adolescents from urban families

55,000

35,000

69,000

68,000

70,000

Total

297,000

 

The essential movements in the above are: firstly to withdraw adults from active engagement in agriculture, otherwise productivity in agriculture cannot be forced to increase; and secondly to absorb enough rural adolescents reaching working age into non-agricultural work, otherwise they will dilute productivity in Agriculture. (In the table it has been assumed that half the rural adolescents reaching working age will go to work on the land, in order to provide new blood; the number of existing adult farm workers withdrawn has been increased to match.) The 137,000 formerly "unemployed" are absorbed from a pool of about 500,000 who were previously unemployed or underemployed. The figures given above will be used later as a basis for estimates of the kind and amount of rapid training and retraining which will be needed. The magnitude of the movement of adults into non-agricultural occupations - about 192,000 or some 20% of the total employed, indicates the vital need to organise occupational mobility.

 

7.4 There are no irreconcilable anomalies and inconsistencies in the performance figures for the three years of growth, so we are justified in concluding that a 26% per annum growth rate can be obtained at least by one route, namely:

 

 

The conditions which will allow this route to be followed are:

 

 

There is no indication that the following will be needed:

 

 

This route is obviously very different from the commonly accepted routes of slow economic development and will involve the formulation of unusual design criteria for new activities of all kinds and the establishment of a rapid acting system of feedback of information on actual performances.

 

7.5 We can discern the general directions in which development efforts and controls will have to be applied:

 

Agriculture

 

Manufacturing, Transport, Storage, Communications, Mining and Service Industries

(That is, all those activities which are based on the use of machines and equipment.)

 

Trade

 

Banking

 

Education and the Dissemination of Information

 

Government

 

7.6 The strategy for YEAR 1 includes two major provisions which are "once-for-all" actions and cannot be repeated in YEAR 2. These are:

 

 

The first of these obviously cannot be repeated if it is successful in YEAR 1. The second may be politically acceptable for the first year since popular action takes time to develop, but it will certainly not be possible, nor even desirable, in YEAR 2 and subsequently, in a rapidly rising level of the economy as a whole.

 

7.7 Thus YEARS 2 and 3 will require a quite different strategy from YEAR 1 and this will condition to some extent the type of incentives and controls to be set up for YEAR 1. Complete discontinuity in these will not be possible since some of the investment decisions taken in YEARS 0 and 1 must be appropriate to the strategy of YEARS 2 and 3.

 

Initiation of Change

 

7.8 We have outlined a possible economic development course which can remain in balance while we double the level of economic activity in three years. The major social changes implicit in this are:

 

7.8.1 A large increase in productivity of labour in Agriculture and a smaller reduction in its work force, which together produce the needed increase in agricultural production. This implies the injection of new ideas, techniques and skills into 366,000 agricultural workers (nearly half the original working population) and is a major exercise in education and training.

 

7.8.2 The acceptance by 297,000 extra people of full-time regular industrial type employment. These people will have come from the original pool of under or unemployed, together with 24,000 ex-agricultural workers, none of whom is accustomed to regular work hours and factory disciplines. This also is a major exercise in education and training but is different in kind from the previous one.

 

7.8.3 The development of a large force of men skilled in business methods as entrepreneurs, managers, salesmen and accountants. If we assume an average of one businessman to each fifty employees, them we need 6,000 additional businessmen to control new activities. This is a third exercise in education and training, which again is different in kind from the previous two.

 

All of these three education and training programmes need to start extensively and to change after a few years to more intensive programmes involving smaller numbers of individuals.

 

7.9 It should be noted that no assumption has been made regarding the ownership of productive resources. This may take the form of state ownership; undertakings of all sizes owned and effectively managed by individuals; or public companies relying on capital from large numbers of shareholders and managed by salaried professional businessmen. In all cases the businessman/manager is essential to the operation and is the source of most of the innovation or at least is the channel through which it is implemented.

 

7.10 On the technological side, nothing new needs to be discovered or invented; this is to say, everything that is needed in the technologies of production, distribution, marketing and management is available within the accumulated world store of knowledge. However, a considerable effort will be needed in making known what is available, in selecting what will be appropriate in the specific conditions obtaining in the country, and in adaptation, especially to the high rates of change generated.

 

7.11 Some of these rates of change can usefully be highlighted here:

 

Growth of output and sales in the fast-growing sectors

40% pa

Growth of employment in all non-agricultural sectors

22% pa

Rise in physical production per worker:  
in agriculture

in other sectors

12-13% pa

10-12% pa

Rise in average amount of capital used per worker

30% pa

Rise in individual earnings:  
in agriculture (average)

in other sectors (average)

12% pa

6% pa

 

Control of Rate and Balance of Change

 

7.12 One point to note about these planned rates of increase is that not only must they be attained, but, equally important in some cases, that they must not individually be overshot, otherwise the equilibrium of the overall growth will be upset and will become unattainable. For instance, if the amount of capital in use per worker rises too fast, physical production will run ahead of consumption and the increase in net output will be reduced by falling prices. Or, if the total of earnings grows too fast, either by excessive wage rates or excessive numbers employed, demand will run ahead of supply and inflation will set in.