Dr. Nkgatho Sylvester Tlale

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Harnessing Science and

Technology for Africa’s

Advancement

Dr. Nkgatho Sylvester Tlale

Ph. D., M. Sc. (Eng.), B. Sc. (Mech.) Eng. (UKZN)

MBA (UP)

Outline

• Context

• Challenges, strengths and opportunities

• Competitiveness and technology

Context

Global Challenges

• Global warming

• Lack of clean water

• Population growth and Inequitable distribution of resources (water, food, etc.)

• Diseases and healthcare

Contribution to World Economy

100%

90%

80%

70%

60%

50%

40%

30%

20%

10%

0%

1750 1800 1850 1900 1950 2000

Global manufacturing output by country (1750-2000)

(Tseng et al, 2003)

The Who’s Who of the World

World Bank, 2009

The Who’s Who of the world, continued..

World Bank, 2009

African Economies, Size and Population

World Bank, 2009

African Economies, Size and Population, continued...

World Bank, 2009

African Economies, Size and Population, continued...

World Bank, 2009

African Economies, Size and Population, continued...

World Bank, 2009

African Economies, Size and Population, continued...

World Bank, 2009

Growth and Poverty Reduction Over

Recent Decades

Africa Competitiveness Report, 2009

Challenges, Strengths and Opportunities

Africa: Only 18% of women are using modern contraceptives, compared with 56% in other developing nations. About 40% of children under five are chronically malnourished. Africa is the only region with a median age below 20 today, and in 2050 the share of population aged 60 or above will still be just slightly above 10%.

Very rapid growth of the youth population and low prospects for employment in most nations in sub-Saharan Africa and some nations in the Muslim world could lead to prolonged instability until at least the 2030s. Population of urban areas in Africa could increase to 759 million by 2030 from 373 million today. Much of the urban management class is being seriously reduced by AIDS, which is also lowering life expectancy. Conflicts continue to prevent development investments, ruin fertile farmland, create refugees, compound food emergencies, and prevent better management of natural resources. South Africa could get more migrants if political, economic, and environmental conditions worsen in its neighbors.

(Milennium Project, 2009)

• Poverty

African Challenges

Percentage of the population in sub-Saharan Africa living in poverty

Africa Competitiveness Report, 2009

African Challenges, continued

• Poor health care systems

• Poor education systems: Half of the world’s children out of school are in sub-Saharan Africa

• Poor infra-structure

• Mineral based economies

• Sub-optimum use of agricultural land

• Political instability

• Rule of law

• Role modelling

• Apathy

• Colonisation by China?

• High tech–low wage conditions of China and India

African Strengths

• Natural resources

• Combined market of about 1b

– Market fragmented though

• Young population

• Political progress

• Passion?

Changing World:

Erosion of Western Dominance

(André Roux, IFR, 2010)

(André Roux, IFR, 2010)

Competitiveness and

Technology

Growth Commission

• In order to meaningfully reduce poverty and unemployment, economies need to grow at 7% a year for 25 consecutive years

• 13 countries have recorded an average growth rate of 7%/an. for 25 years or longer since 1950

– Botswana

– Brazil

– China

– Hong Kong

– Indonesia

– Japan

– Thailand

- Rep. of Korea

- Malaysia

- Malta

- Oman

- Singapore

- Taiwan

(Growth Commission)

Gross Domestic Product Based on

Purchasing Power Parity (PPP) per capita

Africa Competitiveness Report, 2009

Global Competitiveness Report, 2009

12 Pillars of Competitiveness, Africa Competitiveness Report,

2009

2

3

4

5

6

Rank

1

10

11

12

13

14

7

8

9

15

Global Competitiveness

Country

Switzerland

United States

Singapore

Sweden

Denmark

Finland

Germany

Japan

Canada

Netherlands

Hong Kong, SAR

Taiwan, China

United Kingdom

Norway

Australia

The Global

Competitiveness

Index 2009–2010

Global Competitiveness, continued...

28

29

30

23

24

25

26

27

19

20

21

22

Rank

16

17

18

Country

France

Austria

Belgium

Korea, Rep.

New Zealand

Luxembourg

Qatar

United Arab Emirates

Malaysia

Ireland

Iceland

Israel

Saudi Arabia

China

Chile

The Global

Competitiveness

Index 2009–2010

Global Competitiveness, continued...

Rank

31

32

33

34

35

36

40

...

45

....

66

37

38

39

133

Country

Czech Republic

Brunei Darussalam

Spain

Cyprus

Estoria

Thailand

Slovenia

Bahrain

Kuwait

Tunisia

South Africa

Botswana

Zimbabwe

The Global

Competitiveness

Index 2009–2010

Global Competitiveness, continued...

African Performance wrt Technological

Indicators

Country Technological Readiness Innovation

Global Leader Netherlands

Tunisia 52

South Africa 49

Botswana 89

Mauritius

Morocco

Namibia

Egypt

55

78

85

84

Gambia, The 91

Libya 98

Kenya 93

80

78

111

67

USA

27

37

83

81

100

42

African Performance wrt Technological

Indicators, continued...

Country Technological Readiness Innovation

Nigeria

Senegal

Algeria

Ghana

Benin 113

Cote d’Ivoire 99

Zambia

Tanzania

106

117

94

81

114

115

Cameroon 110

Mali 105

95

105

92

101

65

59

113

114

108

79

African Performance wrt Technological

Country

Indicators, continued...

Technological Readiness Innovation

Malawi

Ethiopia

127

132

Lesotho 125

Madagascar 111

Burkina Faso 120

Uganda 121

Mozambique 116

Mauritania 102

Burundi 131

Zimbabwe 129

Chad 134

89

72

120

125

94

109

97

87

123

119

130

12 Pillars of Competitiveness and

Economic Stages

Mineral based economy

(Stage 1)

Manufacturing economy

(Stage 2)

Service economy

(Stage 3)

Africa Competitiveness Report, 2009

Stage 1

Benin

1 to 2 Stage 2

Botswana Algeria

Burkina Faso Libya

Burundi Morocco

Mauritius

Namibia

Cameroon

Chad

Cote d’Ivoire

Egypt

South Africa

Tunisia

2 to 3 Stage 3

?

?

Ethiopia

Gambia, The

Ghana

Kenya

...

Zwimbabwe

Stages of development of

African countries (Africa

Competitiveness Report,

2009)

Technology for Development

For long term economic development:

• Innovation: competitive advantage, IP& commercialisation

• Capital

• Entrepreneurship

• Labour Research institutes

Basic education for all

Health care for all

Rule of Law

Required Elements of S&T

• Design (how do we sell this motion?)

• Technology (we can use combustion to produce motion?)

• Engineering (how we use combustion to produce linear and rotary motion?)

• Maths (can we predict how combustion will take place?)

• Science (how does combustion of petro-chemical takes places?)

Strategies for Technology Development

Forward integration

Backward integration

Product lifecycle activities for the SA transport sector (Pretorius, 2002)

Value/Benefits of Technology e.g.

Manufacturing

Finance (0.5 jobs Mining (1 jobs)

Processing of raw materials (0.5 jobs)

Value added product (0.5 jobs)

Retail (1 jobs)

Demand for a product

Utilities (0.5 jobs)

Global Trends

• Language and STEM proficiency

• Multi-nationals and globalisation (pre 1990)

• Specialisation (post 1990)

• Inter-govermental collaboration (e.g. earth observation systems)

• Open Innovation

Example of the Use of S&T Platforms for

Societal Benefit

• Cape Verde has used the e-goverment concept and has successful had an e-elections

• Web 2.0 played an important role in antigovernment protests in Egypt.

• South Africa has used mobile phone text messages to encourage people to get tested and treated for HIV/AIDS.

• South Africa micro-jel for HIV/AIDS prevention

Advantages of Using STEM

• Optimum decision making

• Development of vaccines and medicines

• Development of new energy alternatives

• Global monitoring and warning system

• Job creation

• Better use of resources

Dangers of Technology

• Future desktop molecular and pharmaceutical manufacturing

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