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 9

 

THE STARTING POINT FOR A CASE STUDY

 

2.5 To discuss changes which may take place (or be made to take place) in the future, it is necessary to know first where we stand now. Since this is not to be a programme for an actual country, we will first invent a country and define it in broad outlines, taking care to ascribe to it characteristics which are "probable" rather than merely "possible". We shall then estimate what it is likely to be like after a sudden doubling of the economic activities and then study the difficulties and imbalances which may arise and seek means to avoid them. For the purposes of this case study, we are interested in four years only: the present year, during which the planning and preparation must be done for the immediate future; and the three subsequent years of the crash programme during which our target is to double the overall level of economic activity. We will number these years for reference:

 

YEAR 0: the "present" year.

YEARS 1, 2 and 3: the years of the crash programme.

 

Specification of the Country in Year 0

 

The People

 

2.6 The population is 3,000,000 people, half male and half female. The age group distribution and the general level of health in the country are such that at full economic mobilisation 1,500,000 people above the age of fourteen could be "economically active" on a full-time basis. At present 1,000,000 people are reported to be in employment, but making allowances for seasonal unemployment and for general under-employment arising from lack of motivation and other causes it is estimated that this figure should be reduced to 750,000 to represent the number of effectively employed.

 

2.7 The rate of growth of the population is about 2% per annum. This is small compared with the 26% per annum target for growth of economic activity.

 

2.8 The educational standard of the people as a whole is rather low. Illiteracy is reported as 50% overall. Development of education at all levels has been intensified during the last fifteen years. This includes university training and technical schools, whose output has been rather high. Under-employment of technologists and technicians has recently developed, due to the slow growth of the economy. Some of these people have emigrated but can be expected to return when opportunities improve at home.

 

2.9 Tribal structure is not a very predominant feature of the social organisation. Racial differences exist but have not been sufficiently prominent to develop prejudice against "foreigners".

 

2.10 The drift of population from the countryside into towns and cities has already been evident for some years and has led to some problems in urban unemployment and housing.

 

Natural Resources

 

2.11 The total area of the country is such that the average population density is moderate at about fifty per square mile. Arable land is not yet fully exploited; an expansion of 25% in its total area could be made.

 

2.12 Forest reserves are adequate. Potential grazing resources and fishing areas can be expanded. Mineral resources are "average". Coal, iron, bauxite, salt and gypsum deposits are known, but large oil fields, gold deposits and other minerals exportable on a large scale are improbable. Quarriable deposits of sand, clay, building stone and cement rock await exploitation.

 

2.13 Rainfall is adequate for most agricultural needs. Some hydro-electric potential and some irrigation has already been developed.

 

Communications

 

2.14 A network of main roads has recently been completed with sufficient long distance truck and bus services for present needs. Little difficulty exists in travel and transport throughout the country at any time of year.

 

2.15 Port facilities are adequate to carry three times the present traffic.

 

2.16 Limited postal, telegraph and telephone systems serve all large and small towns.

 

2.17 There are a number of newspapers available throughout the country and a government operated radio and television network broadcasts news.

 

Government

 

2.18 There are adequate systems of law, justice and law enforcement. Representative government is working satisfactorily and no class or region feels that it suffers from undue oppression. The armed forces are small but efficient: there is no obvious threat from abroad.

 

Taxation

 

2.19 Taxation is spread fairly and progressively. The collection system is moderately efficient and tax evasion is estimated not to exceed about 30%.

 

The Economy

 

2.20 In year 0, the Gross Domestic Product was equivalent to US $600 millions at a correctly valued rate of exchange (i.e. $200 per annum per capita).

 

2.21 The pattern of disposal of GDP during recent years has been:

 

Total private sector consumption

Government consumption

Fixed capital formation

77%

10%

13%

 

2.22 The pattern of origin of GDP was shown in Table 1, which also shows the pattern of employment between sectors of the economy.

 

TABLE 1 Sectoral origin of GDP; and Sectoral Employment, Year 0

 

 

1

2

3

4

 

Net Product

Employment

 

Value: US $ m

%

Equivalent number in full employment

%

Agriculture

185

31

390,000

52

Services, Trade and Government

210

35

180,000

24

Manufactures

(including Handicrafts)

91

15

75,000

10

Miscellaneous

50

8.4

49,000

6.5

Transport, Storage and Communications

33

5.5

28,500

3.8

Construction

20

3.3

18,000

2.4

Mining and Quarrying

11

1.8

9,500

1.3

TOTAL

600

100.0

750,000

100.0

 

NOTES:

 

  • (1) The economy is shown divided into only seven sectors, including a "catch-call" miscellaneous sector, since this is adequate for our present purpose.

    (2) The reported figures for employment in each sector have been adjusted to exclude under-employment, e.g. seasonal unemployment in agriculture and construction; over-staffing especially in government and trade; and part-time working in handicrafts. This form of adjustment may be difficult to estimate in practice but, if it can be done, a truer picture is obtained of the utilisation of human resources.

    (3) In fact statistics for Year 0 will not be available until YEAR 1 at the earliest. These figures are projections from the records of previous years.

  • Foreign Trade; International Money

     

    2.23 No specially favoured position is held regarding overseas trade with any country. Adequate outlets have been found for a normal proportion of exports and these suffice to finance imports without large foreign aid or loans. Foreign trade (gross value of imports, offset by gross value of exports) is projected to be at a level of about 25% of GDP and has been maintained substantially in balance in recent years.

     

    2.24 Thus, in YEAR 0 exports will be valued at about $150 millions. The pattern of origin of exports is projected to be approximately as Table 2.

     

    TABLE 2 Origin of Exports, Year 0

     

    Crude products of: Agriculture and Forestry

    Mining

    $100 m f.o.b.

    $10 m f.o.b.

    Processed products: Manufactures $40 m f.o.b.

     

    2.25 These values include (a) primary products cost; (b) Value Added in processing; (c) Value Added in merchanting, storage and transportation. In the case of crude products of agriculture and forestry and mining (b) and (c) together may account for half of the f.o.b. total. In the case of manufactures based on local raw materials (b) and (c) together may account for 75% of their f.o.b. total, thus the allocation of net production for export may be as shown in Table 3.

     

    TABLE 3 Sectoral Contributions to Exports: Year 0

     

     

    Crude Products

    Manufactures

    Agriculture

    $50 m

    $10 m

    Mining

    $ 5 m

    nil

    Manufacturing

    nil

    $20 m

    Storage and Transport

    $5 m

    $1 m

    Trade

    $50 m

    $9 m

    Total

    $110 m

    $40 m

     

    2.26 Imports during YEAR 0 valued at about $150 millions, c.i.f., generate "Valued Added" in the sectors handling and consuming them. The allocation pattern of this Value Added is roughly as Table 4.

     

    TABLE 4 Sectoral Valued Added Generated by Imports

     

     

    C.I.F.

    VALUE ADDED GENERATED IN:

     

    Value

    Agr

    Mfg

    Transport

    Trade

    Agriculture (agrochemicals)

    $8 m

    $8 m

    -

    $0.8 m

    $0.8 m

    Industry (raw materials)          
    Industry (tools and equipment)

    $35 m

    $17 m

    -

    -

    $12 m

    $6 m

    $1.7 m

    $0.8 m

    -

    $0.8 m

    Transport (fuels)

    $7 m

    $11 m

    -

    -

    -

    -

    $0.7 m

    $4.0 m

    $0.7 m

    $1.1 m

    Transport (equipment)          
    Consumer goods

    $72 m

    -

    -

    $0.7 m

    $7.2 m

    Totals

    $150 m

    $8 m

    $18 m

    $8.7 m

    $10.6 m

       

    Total $45.3 m

     

    2.27 The total of $45.3 m comprises labour costs, taxes and profits which would not have arisen in the absence of these imports.

     

    Productivity and Earnings

     

    2.28 From Table 1, the pattern of average productivity of labour (i.e. Value Added per person engaged) in the various sectors of the economy during YEAR 0 can be calculated. From estimates of the contributions of labour to Value Added, relative average earnings can then be derived.

     

    TABLE 5 Disposal of Sectoral Value Added YEAR 0

     

     

    (1)

    % contribution

    of labour in

    VA

    (2)

    Total

    return to labour

    (3)

    Average earnings

    per worker

    (4)

    Total

    return to

    capital

    (5)

    Sectoral productivity

    of labour

    $/worker/yr

    Agriculture

    85

    £157.0 m

    $403

    $28.0 m

    475

    Services, Trade and Govt

    77

    $161.8 m

    £898

    $48.2 m

    1,165

    Manufactures (including Handicrafts)

    66.6

    $60.6 m

    $810

    $30.4 m

    1,215

    Miscellaneous

    66.6

    $33.3 m

    $680

    $16.7 m

    1,020

    Transport, Storage and Communications

    77

    $24.5 m

    $892

    $7.6 m

    1,160

    Construction

    77

    $15.4 m

    $855

    $4.6 m

    1,110

    Mining

    77

    $8.5 m

    $892

    $2.5 m

    1,160

    Totals

    77

    $462.0 m

    $616

    $138.0 m

    800

     

    2.29 The total of column 2 of Table 5 is the total of final consumption spending in the country. Some of this is diverted by taxation from private consumer spending to government consumer and investment spending, together with some of the total of column 4.

     

    2.30 The total value of sales (total Gross Product) is higher than the total of column 2 since the cost of raw materials and services must be added whenever goods are sold. If final consumption is to be in balance with production, the difference must equal the transfer of goods (raw materials, intermediates and capital goods) and services, between sectors. Since total consumption spending (final products plus intermediates and services, in both public and private sectors) is 87% of GDP or $522 m, then inter-sector transfers of the Value Added component in such goods and services must be $60 m.

     

    The Overall Picture

     

    2.31 The detailed descriptions given above which define the starting point of YEAR 0, indicate that we are dealing with a very "average" country with no outstanding intrinsic advantages which could be manipulated to provide faster-than-average growth, nor disadvantages which would have to be neutralised by diversion of development efforts. Thus, the conclusions we may reach as to policies needed for accelerated growth and to obstacles which will have to be overcome will also be "average".

     

    The Targets

     

    2.32 Our basic target is to be a doubling of the economic activity of the country in three years. This will be measured by the parameter of "per capita Gross Domestic Product" customarily reported in the national accounts.

     

    2.33 Attainment of this basic target is intended to be the initial stage of a continuing course of development extending over some fifty years, during which the Gap between our country’s economy and the existing industrialised countries will be substantially closed. This implies a possible limitation on our basic target: that after the three years the country shall still be in a condition to continue making rapid economic growth.

     

    2.34 We shall not at this point assume and subsidiary and possibly conflicting targets related to conditions other than the economy as a whole, such as an "equitable" distribution of economic benefits either between sectors of the economy or between regions of the country or between groupings of the people, however defined.

     

    2.35 We shall not at this stage make any assumption regarding the best methods of carrying on an activity or the ownership of productive resources, such as: privately financed manufacturing; commercial activities or government; small or large scale commerce, agriculture or industry; domestic or foreign financing; centralised versus local administration of government.

     

    2.36 We shall not a priori assume that immediate expansion of certain activities is "essential", e.g. power supplies, roads, technical and higher education; import substitution manufacturing; urbanisation; population control.