Synopsis en Final

8/6/2019 Synopsis en Final

1/32

A

Synopsis

ccelerating Catch-Up

Tertiary Education for Growth

in Sub-Saharan Africa


2/32


3/32

Accelerating Catch-Up:

Tertiary Education for Growthin Sub-Saharan Africa

Synopsis

Development Economics Research GroupAfrica Region Human Development Department

World Bank

October 2008


4/32

2 Accelerating Catch-Up

Copyright inormation, etc.

Shahid Yusu, William Saint, and Kaoru Nabeshima wrote the main report, drawing upon 16background studies o tertiary education in Sub-Saharan Arica, which included analyses oexport diversication by Vandana Chandra, and university-industry linkages by a number oArican researchers. Yaw Ansu recognized the need or this report and supported it throughout.Jee-Peng Tan initiated the work and supervised the team that prepared the report. Peter Materumanaged the task and led the consultations with the External Advisory Panel. Petra Righettiprovided research, organizational, and administrative support. Marinella Yadao assisted with theproduction o the manuscript.

The ndings, interpretations, and conclusions expressed in this study are entirely those o theauthors and should not be attributed in any manner to the World Bank, to its aliated organizations,or to members o its Board o Executive Directors or the countries they represent.


5/32

Accelerating Catch-Up 3

Foreword

The revival o economic growth across Sub-Saharan Arican (SSA) since

the beginning o the millennium is a heartening development. Sustaining

it over the indenite uture is both a necessity but also a challenge o the

rst order. It is a necessity because this is the only way that poverty can

be steadily reduced and progress made towards achieving the MDGs.

It is a challenge because many Arican countries are some distance

rom meeting the pre-conditions or stable growth and are aced with

tightening constraints on growth arising rom higher prices or energy

and ood, climate change, and sti entry barriers to the global markets

or manuactures. The challenge can and in act must be met because

a weakening economic perormance that threatens a return to the

economic conditions o the 1990s would be a great human tragedy. But

maintaining the current momentum and where possible accelerating

growth requires measures that will substantially enhance economic

competitiveness and nurture expansion o new tradable activities. Torealize these objectives, countries in SSA must harness both more capital

and more knowledge. The two are complements. SSA needs to invest

heavily in physical inrastructure and productive capacity. However,

maximizing productivity and achieving competitiveness will depend

upon success in augmenting human capital and raising its quality. The

key to economic success in a globalized world lies increasingly in how

eectively a country can assimilate the available knowledge and build

comparative advantage in selected areas with good growth prospects, and

in how it can enlarge the comparative advantage by pushing the rontiers

o technology through innovation. Capital is a necessary handmaiden but

the arbiter o economic success even survival in the world today is the

capacity to mobilize knowledge and to use it to the ull.

Arican countries have gone ar in achieving high levels o literacy and

raising primary enrollments and they are increasingly seeking to improve

learning outcomes as well. This progress is providing a oundation oruture development. Now it is necessary to move quickly to acquire the

higher order skills and expertise which will allow Arican countries to


6/32


add value in existing economic activities and enter new industries and

services.This volume lucidly spells out the case or more knowledge intensive

growth which demands increasing attention to secondary and, most

importantly, post-secondary education. In spite o rising enrollment in

tertiary level institutions, the numbers graduating are pitiully small. And

in spite o reorm eorts, the quality remains well below par. However,

change or the better is in the air and improved economic prospects

provide both the resources and the opportunity to orge ahead. The need

or urgency, the pathways to skills-based development, and the policiesthat Arican countries can marshal in order to generate tertiary level skills

are each given their due in this thoughtul and timely book.

My hope is that the publication will engage all relevant stakeholders at

the national and regional levels in Arica and between Arican countries

and their development partners in purposeul dialogue about the need

or and challenge o reorm as well as or investments in education, so

that countries can acquire the higher order skills and expertise they will

need or successul competition in todays global economy. As in any

transormation, country conditions will matter in the design o the reorm

package; and the process will oten involve dicult changes and tradeos

and sustained eort to achieve results. Supporting Arican countries in

this process is an important task or the development community. It

will entail collaboration across agencies and a coordination o strategies

which are inormed by global good practice and leadership by the national

authorities. It is only through such collaborative eort that Arica canrealize its social and economic objectives.

Yaw Ansu

Director, Human Development, Arica Region


7/32


I. Introduction

GDP growth in Sub-Saharan Arica (SSA) has accelerated to over6.0 percent on average during 2002-07. This remarkable economic

turnarounda welcome development ater more than two decades

o stagnationis the result o increasing macroeconomic stability, o

reorms that have reduced market imperections and trade barriers, and

most consequentially, o rapidly increasing global demand or the regions

natural resource-based commodities.

I this surge is to evolve into a virtuous spiral that stimulates even

higherand sustainedgrowth rates in a substantial number o Arican

countries, a signicant increase in investment in physical and human

capital is needed over an extended period. This report argues that there

is an urgent need or countries in SSA to acquire the capabilities that will

spawn new industries that create more productive jobs, multiple linkages,

and more diversied exports. These capabilities derive rom investment

in physical assets, such as inrastructure and productive acilities, and in

institutions and human capital.We stress human capital in this report because in the context o SSA, it

is arguably the stepping-stone to a viable and growth-promoting industrial

system. Physical investment and institutions are important complements:

the ormer cannot be eciently utilized or maintained where technical

and managerial skills are lacking, and the latter cannot be engineered or

implemented when human capital is scarce and o questionable quality.

The salience o human capital is increased by the necessity o moving

up the technological ladder in order to diversiy into higher-value,

knowledge- and research-intensive activities with good longer-term

demand prospects. These promise better returns and are less subject to

competitive pressures.

There are other reasons why human capital is becoming central to

SSAs growth strategy. Human capital, eectively harnessed, would

enable Arican economies to increase allocative eciency and maximize

the returns rom (initially) limited physical capital. Moreover, it is onlythrough knowledge and inormed judgment that Arican countries will be

able to cope with proound threats rom disease, an expanding youthul

and urbanizing population, and climate change.


8/32


Aricas stock o human capital with secondary- and tertiary-level skills

is comparatively small, and its quality is highly variable. The accumulationo skills in some countries is hindered by mortality arising rom inectious

diseases and by emigration o many o the most talented. Only by raising

the rate o investment in human capital can the region reach and sustain the

level o economic perormance it needs to generate adequate employment

or expanding populations, achieve various Millennium Development

Goal (MDG) targets, and narrow the economic gap between SSA and

other regions.

The World Bank has long championed education, and continues toview the Millennium Development Goal o universal primary education

as a necessary objective or developing countries. However, or the reasons

above, and in light o recent trends in technology, neglecting tertiary

education could seriously jeopardize SSAs longer-term growth prospects,

and slow progress toward MDGs, many o which require tertiary-level

training to implement.

While arming the continuing importance o primary and secondary

educationwhich shape labor orce productivity and are the stepping-

stones to quality higher educationthis report seeks to inorm discussion

and policy making as Arican countries consider the innovations needed to

build tertiary education systems equal to the global economic challenges

they ace.

A more knowledge-intensive approach to development is emerging as

an attractive option or many Arican countriespossibly the only route

that could permit sustained, outward-oriented development. Thoughsocial and political demands press or expansion o public tertiary

enrollments, these must be balanced against the need to increase the

relevance o education and research, and by encouraging the production

o the technical skills and applied research capabilities that will promote

competitive industries. Too rapid an increase in enrollments, as has

happened in the recent past, has eroded quality and is undermining the

contribution o tertiary education to growth.

Traditional public sector tertiary institutions have not managed the

expansion o enrollments in ways that preserve educational quality and

provide sustainability in nancing. This is a major obstacle or nations


9/32


seeking to join the knowledge economy. Arguably, private universities,

technical institutes, nonresident community colleges, and distance learningprograms could oer nancially viable avenues or continued enrollment

expansion while public institutions take time to consolidate and concentrate

on improving quality, research capabilities, and graduate programs. Longer

term, i sustainable expansion o postsecondary enrollments is to take

place, traditional delivery systemsbased on residential campuses and

ace-to-ace teachingmay need to be supplemented by or transormed

into dierent models.

II. Why Tertiary Education and Its Quality Matter for Growth

A wealth o recent research has convincingly established the relationship

between the accumulation o physical capital and total actor

productivity (a commonly used measure o technology capabilities) and

growth. The two are interrelated: Capital contributes directly to growth

through embodied technological change that enhances productivity.

Because technological change is increasingly skill-biased, human capital

complements the creation o productive capacity.

Human capital aects growth through multiple channels: by increasing

allocative eciency and the eciency o asset management, utilization,

and maintenance; through entrepreneurship; and through innovation,

which raises productivity, unlocks new investment opportunities,

and enhances export competitiveness. The spread o inormation and

communication technology (ICT) is urther strengthening the demandor skillsin particular, or skills o higher quality.

By raising the level o education and its quality, countries in SSA may be

able to stimulate innovation, promote the diversication o products and

services, and maximize returns rom capital assets through more ecient

allocation and management. In the ace o competition rom South and

East Asia, a more skill-intensive route to development could provide both

resource-rich and resource-poor countries an avenue or raising domestic

value added.There are several reasons or prioritizing educational quality over

quantity at the higher levels o education:


10/32


Quality is more closely correlated with growth. Workers with higher

quality cognitive, technical, communications, and team skills are betterable to: assimilate technology; push the knowledge rontier; work

in groups; and make ecient decisions that build the technological

capability or competitiveness and are the basis or innovation in

applied research in elds such as engineering and the biosciences. Such

capacity will enable SSA to achieve a higher growth trajectory that

acilitates progress toward MDGs in poverty reduction, ood security,

education, and health.

Tertiary institutions equipped to impart quality education and conduct

relevant applied research are also more likely to cultivate multiple

linkages with industry and to stimulate knowledge-based development

through a variety o proven channels.

Better quality education can lead to lower graduate unemployment

and enable graduates to eectively participate in lielong learning.

III. Growth Options, Challenges, and Emerging Responses

A ar more competitive trading environment, rapid technological change,

and the manuacturing and services capabilities o countries in South

and East Asia are inducing Arican countries to choose or combine the

ollowing options:

Make a success o the traditional development model by enlarging

their extremely small international market share in the standardizedmanuacturing industries and agro-industrial products, where the

value-added or the producer can be small, competition is intense,

and survival depends on ully exploiting lower land, labor, and utilities

costs, and additionally, a more relaxed environmental regulations and

participation in global value chains

Diversiy into less hotly contested niche markets or low- and medium-

tech manuactures or agricultural products, searching out untapped

technological possibilities, and innovating in the hope o entering newmarkets such as biouels

Gain a oothold in the markets or tradable servicesparticularly IT-

enabled services


11/32


Move up the value chain or natural resourcesby processing more

o these domestically and exploiting backward linkages by buildingengineering or input-supplying industries or the mineral resource

extraction sector

Start to acquire new or enhanced technological capabilitiesat

reasonable capital costsby intensiying eorts to assimilate available

knowledge most relevant to the region

Careully manage natural resources to maximize returns, aware that

environmental issues will become more urgent and much more

dicult to address as populations grow and the climate becomes lessavorable.

For the SSA region, the urgency o shiting to a dierent growth path is

intensied by:

Climate change and its proound implications or water availability,

agriculture, and the tourist sector

Pressures generated by AIDS and other diseases that aect dependency

ratios, ertility, labor productivity, primary enrollment, school

attendance, the number o orphans, early childhood nutrition, and

many other actors

Tensions arising rom the growth o the population and labor orce,

migration to cities, and the youth bulge

Economic vulnerabilities created by unequal distribution o incomes

Lags in exploiting new arming technologies that could increase

productivity and decrease vulnerability to pests and weather

extremes

Problems with planning and implementing projects, and with

regulating and maintaining physical inrastructure

Brain drain and high mortality among the educated because o AIDS,

which has exacerbated the shortage o skills

An underdeveloped institutional inrastructure, which is responsible

or the unavorable business climate, technological backwardness,ailing tertiary institutions, and chronic social unrest.


12/32


Higher rates o growth will require gains in the eciency o resource use

and in total actor productivity

1

derived rom advances in technology.Accelerating growth, viewed rom the perspective o supply, requires:

Sharp gains in allocative eciency, mediated by public agencies, the

nancial system, and the business sector

Substantially increased eciency in utilization o capital assets

(inrastructure and industrial), and sustained eorts to maintain

them

Steady improvement in the capacity to identiy and assimilate relevanttechnology, make incremental advances, and harness technology or

purposes such as producing tradables, improving public health, and

conserving energy and water

Accumulation and deepening o managerial and organizational skills

and experience, both to support industrialization and international

economic relations and to cope with the trends toward decentralization

and urbanization.

All these require an increase in the ratio o skilled and technical workers

to capital, at a relatively earlier stage o development. Trained workers

and proessionals not only provide technical knowledge and promote

innovation, they also serve as allocators o resources, and as coordinators

and equilibrators who can recognize and exploit technological

possibilities.

Where resources are invested, the choices made by public and privatedecision makers are critical: risk assessment, technologies employed,

organization o production, asset upgrading and maintenance, R&D

investment, incentives to innovate, and the commercialization o new

technologies. The quality o these myriad decisions is largely determined

by how well educated the people who make them are. This is as signicant

or the outcomes as is direct input o human capital in the production

process.

These allocative and risk-managing unctionsalong with multipletrade-os and communication and cooperation among many dierent

1 Factor productivity= the combined increase in the productivity o capital and labor


13/32


parties to improve the quality o decisionsare vital complements to

the activity o innovation. Together they help enlarge the contribution oknowledge to economic perormance.

No matter which o the above options or accelerating growth are

chosen or how the supply constraints are addressed, Arican nations

will need to produce a larger pool o good quality tertiary graduates

and postgraduates, and to produce them particularly in the disciplinary

(and interdisciplinary) elds relevant to a countrys chosen strategy or

economic development.

IV. Why Is Tertiary Education Not Delivering Its

Full Potential for Growth?

Despite strong enrollment growth, most Arican tertiary institutions

are not generating enough graduatesand many o them lack the skills

needed to support national economic development in the 21st century.

Thus, one important constraint on accelerating economic growth is in the

choices made by policymaking bodies and capacity-building institutions

responsible or higher-level human resource development. How have

their eorts drited so ar o-target? The ollowing reasons should be

considered.

Over the past two decades, tertiary enrollments have generally increased

ar more quickly than tertiary budgets. In act, enrollments more than

tripled between 1991 and 2005, expanding at one o the highest regional

growth rates in the world (8.7 percent). But at the same time, tertiarypublic nancing, which averaged US$6,800 per student annually in 1980,

dropped to just US$981 in 2005 or 33 low-income Arican countries.

As the number o tertiary students surged, the unds available to educate

each student decreased drastically. Educational quality and relevance both

suered as a result. The general lack o attention to quality assurance

and labor market eedback, combined with governance issues and a lack

o accountability, meant that these negative developments were not

immediately addressed.Rapid enrollment expansion channeled students disproportionately

into the less expensive sot disciplines and siphoned o research unding

to cover the costs o more students. In 2004, just 28 percent o tertiary


14/32


students were enrolled in science and technology elds. Likewise, research

output aded as Arica devoted just 0.3 percent o GDP to research anddevelopment, and the number o proessional researchers ell. Graduate

students comprise a shrinking portion o total enrollments, reducing the

next generation o tertiary instructors and researchers at a time when their

numbers should be increasing. These trends make it increasingly dicult

to provide the relevant knowledge and core skills needed or Arican

nations to boost competitiveness and sustain growth.

Tertiary institutions lack the autonomy to make decisions and the

fexibility to adapt to changing labor market demands. They have toooten redesigned curricula and launched new academic programs without

adequate input rom employers on the labor market perormance o

graduates, creating a disconnect between the supply and demand or

higher-level skills. Employer surveys report that Arican tertiary graduates

are weak in problem solving, business understanding, computer use,

teamwork, and communication skills. Mismatches between the education

provided and the capabilities required in the job market contribute to

high graduate unemployment, which exceeds 20 percent in 9 o the 23

countries with available labor market data.

Inadequate unding or research and insucient attention to proessional

development has led to a crisis in academic stang just when teachers are

most needed to instruct the rising numbers o students. A combination

o inadequate salaries, heavy teaching workloads resulting rom declining

sta-student ratios, decient personnel management, and lack o research

opportunities makes sta retention and recruitment increasingly dicult.Vacancy rates in university sta positions requently run between 25

and 50 percent and are most prevalent in engineering, applied sciences,

and business administrationdisciplines commonly associated with

innovation and economic growth.

Arican tertiary institutions have been slow to sign on to the third

missionsupport or the economythat has energized their counterparts

elsewhere. A globally competitive, knowledge-based economy is reshaping

traditional views o the role o tertiary institutions and redening teaching

and research. Rapid expansion o knowledge and technology has reduced

the use-lie o knowledge and created needs or worker retraining and


15/32


lielong learningbroadening the denition o student to encompass

much o the adult population.As increased access to inormation and communication technologies

make knowledge available anywhere, ace-to-ace learning becomes less o

a requirement. Research is now oten carried out within networked national

innovation systems in which the state becomes merely a acilitator o

unding, rather than a direct provider. Massication o tertiary enrollments

and the rising costs o tertiary provision have generated pressures or lower-

cost delivery systems, institutional income generation, and institutional

accountability, in light o its direct contribution to national economic andsocial development. The latter emerges as the third mission, in which

training, problem solving, and knowledge transer in support o the

economy become the new denition o service to the community.

A private tertiary education sector is developing rapidly in response to

declining quality in the public sector, and to respond to the labor markets

skills needs. Since 1990, private colleges, universities, and tertiary level

proessional institutes have been established at a ar aster rate than public

ones. While public universities doubled rom roughly 100 to nearly 200

between 1990 and 2007, the number o private tertiary institutions

exploded during the same period rom two dozen to an estimated 468.

However, insucient regulatory rameworks or investment,

accreditation, and quality assurance, and lack o incentives through

competitive unding or research and innovations, have hindered private

institutions ability to compete on a level playing eld with public institutions

and to broaden their role in promoting growth and competitiveness.Tertiary education is also diversiying. In 2004 it was estimated that

there were 1,000 non-university institutions in SSA compared to some

300 universities. This diversication has been undercut by the upgrading

o colleges and polytechnics to university status without lling the

niches they leave behind. In this regard, the lack o public attention to

strengthening and updating the continents polytechnics is worrisome

in light o their potential to contribute skilled problem solvers to the

national economy.

In this context, the nancing o tertiary education has become more

complex and challengingand the source o considerable political


16/32


contention. Public unding in most countries is still not allocated eciently

toward the most needed disciplines, does not provide the incentives orquality or good management, and insuciently supports research. As

tertiary institutions have become more numerous and enrollments have

soared, nancing remains the oremost hurdle conronting the uture

development o SSAs tertiary education sectors.

In recent years, increased cost-sharing by students and parents has drawn

needed additional resources into tertiary education systems. In Arica, this

has oten taken the orm o parallel programs, sel-sponsored students,

partial tuition ees, or acilities user ees. But progress in cost-sharing andincome generation has been too limited to lit institutions above nancial

survival, to reduce dependence on government unding, and to have more

than occasional resources or experimentation and innovation.

Moving orward rom here would require a larger public debate

around nancing reormswhich should go ar beyond the scope

o tertiary education. SSA countries currently invest on average 4.5

percent o GDP in educationhigh by international standards. As

a result, these nations are near the limits o a reasonable share o

public spending on education sector development. Similarly, many

countries are close to allocating the 20 percent share that is generally

appropriate or tertiary educations claim on a low-income countrys

national education budget. At the institutional level, the limits o what

is possible in terms o income generation have nearly been reached.

In addition, review o the education sectors public expenditure and

household surveys both demonstrate that in many countries, thedistribution o public unding by income level and the contributions

requested o parents remain inequitable.

To address these issues, the ocus should increasingly be on using

existing resources more eciently and on innovative sources o unding.

Increasing eciency levels in resource use will require political will,

policy consensus, and management acumen. Increasing eciency also

means tackling the tradition o student welare entitlements that still

prevails in many rancophone countries, and challenging the elite

privileges providedoten with little transparencyby large scholarship

unds. A more ecient approach would prioritize government


17/32


sponsorship o students to study only those disciplines deemed most

critical to uture development.Numerous tertiary education reorm eorts have been made in Sub-

Saharan Arica in recent years, but their impact has been limited. To liberate

the potential o the regions institutions to contribute more signicantly

to economic and social development in their countries and in the region

as a whole, tertiary institutions will need to consciously and persistently

transorm themselves into a dierent type o educational enterprise:

networked, dierentiated, and responsive institutions ocused on the

production o strategically needed human skills and applied problem-solving research. I achieved, this would constitute a 21st century version

o the Arican development university. Some good practices outlined in

the next section are presented in support o such national undertakings.

V. Making Tertiary Education a Driver for Growth

As Sub-Saharan countries seek to generate comparative economic

advantages grounded in human resource development strategies, each

will have to map its own course, using its national development strategy

and the lessons o good practice rom other countries as navigational

markers along the way. Tertiary institutions are more than ever becoming

strategic national assets that can be steered and enabled by government

policy toadvance the national interest within the competitive dynamicso globalization. In short, a competitive economy now depends in part on

a competitive tertiary education system.Today, the era o individualism among tertiary institutions is rapidly

passing, as governments and stakeholders increasingly ask them to

become team players contributing to a national innovation system that

nourishes a national economy. To play this role, these institutions need

to put their legal autonomy into practice, become more entrepreneurial,

embrace experimentation and change, see themselves as networked

partners and institutional collaborators, understand the dynamic needs o

the labor market, and strive or greater instrumentality in their teachingand research.

Collectively, tertiary education systems in Arica have matured

considerably over the past two decades. Yet individually, these systems


18/32


remain extraordinarily diverse. Private provision plays a major role in

some countries but is minimal in others. Some systems support an array opostgraduate programs and others have none. Sta qualications, teaching

acilities, nancial resources, and government policy attention are also

widely divergent.

Conronted by this wide array o circumstances (and varying degrees

o political space or reorm initiatives), general speculation regarding

common tertiary education strategies or the region quickly loses value

in the details o application. It is more appropriate or governments,

stakeholders, and development partners to seek country-specic solutionstogether to the challenges o linking human resource development strategies

with economic growth strategies. To assist with such undertakings, the

ollowing good practices may help to speed the journey toward a more

eective and responsive tertiary education system.

Develop a strategy or national human resource development

As tertiary education becomes an important driver o economic

growth, governments with constrained nancial resources may have no

alternative but to choose and strategically und a limited number o

priorities. For example, where governments nance public universities

on negotiated perormance-based contracts, they could help reorient

them by concentrating investment incentives, research unding, and

scholarships in the disciplines most critical to growth, such as science,engineering, and technology. Another alternative is to have ees waived

in critical disciplines where countries ace major shortages, such as

teaching in mathematics. Similar incentives could be used to encourage

private education.

The process o developing this strategy must go beyond the tertiary

sector to push government to dene larger economic goals, and private

sector representatives to articulate the competencies and skills levels

needed to improve productivity. The process should also include tertiaryleaders assessments o comparative strengths within the tertiary system.

Although similar in their institutional cultures and internal organization,


19/32


tertiary institutions serve their countries most eectively when each excels

in a ew strategic areas, as members o a national innovation system.Tertiary institutions have the potential to be major contributors to

national knowledge generation with their research capacities. To tap

this potential, governments across the globe have been setting national

research priorities, crating supportive policies, creating new institutions

to und and otherwise support research capacity expansion eorts, and

consciously networking them into national innovation systems. Most

Arican countries support publicly nanced research institutes that could

become building blocks in a national innovation system, but many areragile, under-resourced, vulnerable to political vagaries, and bueted by

requent shits in ministerial responsibility or science and technology.

More strategically conscious approaches to cross-sectoral networking and

collaboration would help increase knowledge applications and strengthen

the linkages between tertiary institutions and the productive sectors.

Reorm fnancing arrangements to oer incentives or attaining policy

goals while providing the stability necessary or institutions to plan

strategically

The task o unding tertiary education will become increasingly dicult

in the years ahead as social demand increases. Each country will have

to devise a nancing approach that plays to its economic strengths, its

institutional capacities, and its political possibilities. Since governmentexpenditures on education and tertiary education in some countries may

be dicult to increase above current levels, tuition and ees may have to

be raised in public tertiary institutions, and enrollment may be strictly

regulated to remain within current capacities.

Other options include special earmarked taxes to support tertiary

education and income-contingent student loans (already in use in

some Arican countries); public-private partnerships in which local

rms sponsor particular courses o study or elds o research that canpotentially benet them, or contribute to a general development und;

more aggressive pursuit o eciency, particularly through redirection o

nonstrategic overseas scholarship unds to boost the quality o national-

level teaching, learning, and research; more systematic encouragement o


20/32


private provision o tertiary education; and exploration o cost-eective

delivery o tertiary education through innovative, fexible, ICT-supportedarrangements.

Beore pursuing any o these options, governments are advised to tackle

systemic and institutional reorms. This is necessary to ensure that current

and uture resources are used eciently and are more likely to produce

the results expected as justication or the increased sharing o education

costs. Part o governments responsibility in pursuing systemic reorms

is to attract local and oreign investments by improving the investment

climate.

Grant institutional autonomy, buttressed by appropriate accountability

mechanisms, in order to increase opportunities or system dierentiation

and institutional innovation

The combination o autonomy, accountability, and competition within

tertiary education systems is necessary in order to oster student learning

perormance: Autonomy in decision making can ensure institutional

managers and governing bodies they can act as they see necessary to

promote educational achievement; an accountability system can identiy

and reward good institutional perormance; and competition and choice

among institutions and academic programs can lead to student demand

creating perormance incentives. In numerous Arican nations, one or

more o these three essential elements may be underdeveloped or evenlacking entirely.

Trends in autonomy and accountability impact not only tertiary

governance, but tertiary management as well. At the tertiary system

level, the rise o system support bodies in a number o Arican countries

is a notable capacity-building achievement. These include steering

or oversight agencies, quality assurance bodies, and student nancial

assistance programs.

At the institutional level, many public Arican universities havenow become large and complex organizations. This has prompted

growing interest in businesslike approaches to management within


21/32


such institutions, including strategic planning, market research, research

management, nancial development planning, and perormancemanagement. This trend places a growing premium on leadership and

management capacities within tertiary institutions.

Encourage diversity in teaching, and learning approaches that acilitate

institutional specialization

Perhaps the most dicult task acing tertiary institutions as theytransition to a culture avoring innovation is to change their traditional

pedagogy. The changes required are well known: interdisciplinary rather

than disciplinary perspectives; fexibility in learning; group work instead

o lectures; problem solving rather than memorization o acts; practical

learning (eld trips, attachments, internships) as a complement to theory;

learning assessment through project work that demonstrates competence

instead o multiple choice examinations; communication skills; and

computer literacy.

When dierent tertiary institutions gain public recognition or their

particular emphases in teaching and their particular approaches to

learning, they become less homogeneous, progressively creating a richer,

more fexible, and more diverse range o education options or students

and their prospective employers. This process o increasing institutional

specialization improves the overall systems eectiveness in responding to

diering student and national needs. It occurs in several ways. First, it reactsto labor market needs by providing the growing range o specializations

needed or economic and social development. Second, it increases the

eectiveness o each institution by encouraging it to specialize in what it

does best. Third, a diversied system provides increased access to students

with dierent educational backgrounds and abilities by providing a wider

range o choices and pedagogical orientations. Finally, it acilitates social

mobility by oering multiple entry points to tertiary education and various

options or successul students to advance to higher levels o study.


22/32


Foster the development o national and regional postgraduate programs;

this is the best way to increase academic sta numbers and build researchcapacity

National R&D eorts are more likely to be sustainable when they

are grounded in national postgraduate programs and the proessional

networks that emerge around them. Competitive unding mechanisms

are an eective means o developing the strong oundational postgraduate

teaching and research programs required. As a general guideline,

postgraduate students should rst be trained locally whenever possible.When this capacity is exhausted, preerence may be given to training

in other countries that have good quality higher education systems,

preerably or highly specialized skills, using a sandwich approach to

reduce costs whenever possible.

Regional and subregional networks oten serve as the bridge between

national tertiary systems and institutions and the experiences, best practices,

and innovations available at the international level. Such networks also

utilize scarce resources more eciently. Cooperative approaches to

regional research, when combined with strong international partnerships,

can be a powerul mechanism or addressing the challenges o Arican

development, as already demonstrated in some countries.

Oten the best route or establishing a regional center o excellence

may be through the development o a strong national institution that

progressively creates a regional sphere o attraction as its reputation grows.

Free-standing regional post-graduate programsan alternative routehave proven dicult to mount and maintain. They can be politically risky,

nationally divisive, and expensive. Even when donors have underwritten

a regional training program or a decade or longer, national political

leaders have been reluctant to continue the program when development

assistance ends. This suggests that local ownership needs to be nurtured

rom the planning stage onward.


23/32


Search or lower-cost delivery alternatives or tertiary education

Traditional ace-to-ace models o delivering postsecondary education are

expensive and can limit developing countries capacities or enrollment

expansion. Both governments and households are approaching the

limits o what they can reasonably contribute to the nancing o

tertiary education. Alternative, lower-cost delivery models are needed i

educational access is to increasein the orm o lielong learning, ICT

applications to education, online distance education, open source courses,

sel-paced learning, and educational gameware.This study has sought to demonstrate why tertiary education systems in

Sub-Saharan Arica must become better aligned with national economic

development and poverty reduction strategies, and has identied the

benets likely to be associated with such a shit in perspective. It argues that

the time or this realignment is now, and that the window o opportunity

or reaping the benets o such an initiative is limited to the next 10

years or so. In doing so, it recognizes that governments and individual

tertiary institutions have undertaken considerable reorm under dicult

conditions during the past decade, and that the quest or improvements

o all kinds in SSA tertiary education is ongoing. Nevertheless, a greater

sense o urgency and redoubled eorts need to be brought to this task

right away. The consequences o inadequate action are likely to be: a food

o students into increasingly dysunctional institutions; graduates without

viable work skills; an unending demand or unding that throws public

budgets into disarray; high levels o graduate unemployment; increasingpoliticization o education and employment policies; and possibilities o

political unrest and instability. Contemplating these possibilities should

give SSA governments and their citizens ample incentive to act.

VI. The World Banks Approach: Tailoring Options

to Country Needs

Higher education is a crucial element in the Banks developmentstrategy. Though the Bank in previous decades has mainly supported

the Education or All initiative, with the objective o reaching the


24/32


Millennium Development Goals by 2015, higher education has always

been part o its agenda. Higher Education in Developing Countries:Peril andPromise (2000) and Constructing a Knowledge Economy (2002) provide a

comprehensive examination o higher education as a tool or poverty

reduction, development, and participation in the global knowledge

economy. As such, they mark signicant turning points in the Banks

support or initiatives designed to improve higher education capacity in

its client countries.

Since 1990, World Bank projects in tertiary education have amounted

to approximately 20 percent o total lending in education worldwide. Thecombination o policy dialogue, analytical work, and nancial assistance

has acilitated the implementation o comprehensive reorms in the

higher education sector in countries as diverse as Argentina, Chile, China,

Vietnam, Egypt, Tunisia, Ghana, and Mozambique.

In SSA, higher education represents 19 percent o total Bank lending

in education since 1990 and six Bank-nanced projects dedicated to

higher education are currently under implementation in Burkina-Faso,

Ethiopia, Mauritania, Mozambique, Tanzania and Uganda. In addition, in

13 countries, the Bank supports education sector reorms that include

components in higher education.2 A summary o World Bank lending to

education by subsector or the period 19902008 is shown in Figure 1

(related data is in the Annex).

Equally signicant contributions are the policy dialogue and analytical

work conducted by the Bank as a knowledge-sharing institution. These

help governments consider options or higher education reorms and setthe stage or their implementation. The main topics recently covered are

quality assurance, agricultural education and training, ICT, nancing, and

dierentiation and articulation in tertiary education systems. Additionally,

Country Status Reports (CSRs) provide an analysis o tertiary education

in the broader context o the education sector, with particular attention to

the evolution o enrollment and participation, nancing and sustainability,

unit costs, and eciency and equity. During the last two years, CSRs have

been completed in Central Arican Republic, Chad, Democratic Republic

o Congo, Benin, Mali, Mauritania, Sierra Leone, and Togo.

2 In Burkina Faso, Cameroon, Chad, Congo Democratic Republic, The Gambia, Ghana, Kenya,

Lesotho, Namibia, Rwanda, Nigeria, Mozambique, and Mali.


25/32


FY90 FY92 FY94 FY96 FY98 FY00 FY02 FY04 FY06 FY080

20

40

60

80

100

120

140

160

180

200

(millionsofcurren

tUS$)

Primary education MA Secondary education MA

Tertiary education MA

Three year Two-sided Moving Average (MA)

Figure 1 : New Commitments for Education in Sub-Saharan Africa

by Subsector FY9008

Source: calculations based on World Bank data See Table 2 in Annex

While the costs o providing primary and secondary education are

determined largely by cost structures in local currency, the coststructure or tertiary education, and especially university education,

includes substantial international expenditures in oreign exchange. The

comparative advantage o donor unding or tertiary education seems to

lie in the capacity to provide international knowledge and experience to

initiate and support reorms in tertiary education systems or to help the

re-orientation to the most needed disciplines.

The Arica Region has developed a medium term program in tertiary

education, science, and technology that seeks to respond to needs

expressed by countries during three recent Bank-sponsored conerences


26/32


that targeted tertiary education.3 The aim is to ocus the Banks nancial

support, technical assistance, and learning activities on national andregional initiatives that can help client countries provide higher quality

and more relevant tertiary education, on a sustainable basis, to a greater

percentage o their expanding populations.

Priority areas could include the ollowing: (i) improving sustainable

nancing policies amid expanding enrollments; (ii) diversiying tertiary

education through technical and vocational training programs, increasing

public private partnerships, and encouraging private tertiary education;

(iii) strengthening the policy environment and sector governance andinstitutional management capacity; (iv) improving quality by increasing

qualied academic sta and improving quality assurance mechanisms and

absorption capacity or new technologies, including ICT; (v) strengthening

labor market linkages through ostered linkages with industry, renewed

curricula, and better student orientation; and (vi) enhancing region-

wide capacities through regional centers o excellence and knowledge

networks.

Clearly, the above identied priority areas do not apply equally to all

countries at all times. A countrys income level, size, and political stability,

as well as whether it is in a post-confict situation, all must be considered.

The tertiary education system is acknowledged to be conservative and

entrenched with particular interests that discourage outside intervention.

Thus, a wide consultative process involving all stakeholders is the way

to implement strategic reorms. To eectively support its clients as they

seek sustainable solutions to their tertiary education challenges, the WorldBank adopts a demand-driven, case-specic approach that aims to provide

options tailored to each clients needs. In particular, the Bank adjusts its

intervention (lending or nonlending) to the degree o urgency or reorms

in a given tertiary education system, as well as to the degree o political

will in the country to achieve these particular reorms.

3Two World Bank regional conerences in Arica on tertiary education (Accra, 2003; Ouagadougou,

2006) and the Global Forum on Science, Technology, and Innovation that the Bank hosted in

Washington, DC, in February 2007.


27/32


Intervention is tailored using a combination o: (i) technical assistance in

preparing strategies that will acilitate access to external resources by highereducation institutions, and leverage resources rom other multilateral and

bilateral donors; (ii) lending to support government projects included in

country assistance strategies; and (iii) International Finance Corporation

loans to private institutions. In all these interventions the World Bank

seeks strategic partnerships with other development partners and regional

organizations.


28/32


Annex

Table1:Afr

icaRegion-NewCommitmentsforEducationby

SubsectorFY1990-2008

Sub-sector

IBRD+IDAAhadiMp

ya(mamilioniyaUS$yasasa)

FY

90

FY

91

FY

92

FY

93

FY

94

FY

95

FY

96

FY

97

FY98

FY

99

FY

00

FY

01

FY

02

F

Y

0

3

FY

04

FY

05

FY

06

FY

07

FY

08

Primary

educa

tion

91

153

83

184

99

104

95

15

226

126

57

60

214238

92

106

91

258

45

Secon

dary

educa

tion

39

19

40

32

26

12

19

98

11

14

14

5

4

124

11

18

141

4

Tertiary

education

120

31

164

131

70

30

42

12

46

25

14

17

69

46

61

29

106

105

Total

250

203

287

347

195

146

137

46

370

162

85

91

283292

262

178

138

505

154

Source:

Wor

ldBan

kdata


29/32


Table2:Afr

icaRegion-NewCommitmentsforEducationby

Sub-SectorFY90-08

Threeyear

Two-s

ided

Moving

Averag

e(MA)

Sub-sector

IBRD+IDAAhadiMpya(mamilioniyaUS$yasas

a)

FY

90

FY

91

FY

92

FY

93

FY

94

FY

95

FY

96

FY

97

FY98

FY

99

FY

00

FY

01

FY

02

F

Y03

FY

04

FY

05

FY0

6

FY

07

FY

08

Primary

educa

tion

122

108

140

122

129

100

72

112

123

137

81

111

1711

81

145

96

152

131

151

Secon

dary

educa

tion

29

33

30

33

23

19

16

59

43

41

13

14

34

89

63

51

43

43

55

Tertiary

education

75

105

109

122

77

47

28

33

27

28

19

33

43

58

54

45

77

92

123

Total

226

246

279

277

229

166

116

204

193

206

113

158

2483

28

262

192

272

266

329

Source:

Calc

ulations

basedon

World

Ban

kdata


30/32



31/32


32/32

Synopsis en Final

Documents