Photo Credit: www.camara.ie

USAID’s Educational Quality Improvement Program 3 (EQUIP3) has released a new digital toolkit that will empower local partners to successfully implement youth employability programs. The Youth ICT Employment Training & Placement Toolkit provides guidance and support to partner institutions in the design of these programs and presents profiles of jobs in three sectors — ICT, health, and agriculture — which were identified as growth industries with a high potential for employing youth in Africa.

EQUIP3, a program led by the Education Development Center (EDC), partnered with the International Youth Foundation (IYF) to assess the labor markets, consult with numerous stakeholders in Kenya and Rwanda, and identify viable youth livelihood opportunities in the three sectors.  By gathering quantitative and qualitative information on the needs, interests, and capacities of employers, youth, and others, these assessments identified specific ICT-related occupations that offer significant entry-level employment or entrepreneurial opportunities for disadvantaged youth in the target countries.

The Kenya and Rwanda country assessments found numerous employment and entrepreneurial opportunities for youth who have basic to advanced ICT skills, such as in hardware maintenance and repair, network maintenance, multimedia production, and database management.  Through these findings, the development team identified the agriculture and health sectors as those which ICT skills have the most potential.  In the agricultural sector, for instance, youth can use ICT skills to increase the efficiency of farms, shops, and suppliers.  In the health sector, opportunities for youth exist in supporting health management information systems, among other opportunities.

The toolkit can be accessed online, in PDF, or in printed form for those without access to the Internet.  Each sector profile provides program managers with detailed information on how to establish training programs that will impart to youth the skills required to secure formal employment or to start their own businesses.

Each profile includes:

  • A brief job description
  • The employment outlook
  • The “big picture” training considerations (recommended training location, target beneficiaries, average length of course, maximum class size)
  • Desired training outcomes
  • Student prerequisites for training (e.g. English level, critical thinking skills, basic numeracy skills)
  • Qualifications to look for in trainers
  • Specific curriculum and resources
  • The technology resources needed to provide training
  • Optimal instructional methodologies
  • Internship and job placement strategies
  • Additional resources, including links to online resources

The development team worked with NGOs and the government in each country to identify the needs of out-of-school youth, investigate job opportunities in the private sector, and identify pre-existing training materials.  The research and consideration for country context that has gone into the design of the toolkit has made it a promising resource in providing youth with the skills necessary to participate in the emerging job market of technology-based positions.  Moreover, the development team designed the toolkit to be able to evolve with the emergence of new open source resources and different ICT-related employment opportunities within the three sectors’ value chains to enhance the curriculum and ensure the project’s sustainability.

And this is just the beginning — consider it the 1.0 version of this training resource.  The development team is looking to expand the toolkit to encompass other sectors and are already investigating examples of ICT usage in Senegal, Kenya, and Rwanda.


SciDev.Net reports the success of  a mobile phone application that can be used by low-cost feature phones to monitor local water quality via SMS. The Water Quality Reporter (WQR) can be used to check microbiological contamination, and carry out residual chlorine and hydrogen sulphide tests. 

The application was developed using open source programming and iCOMMS software, iCOMMS is part of the University of Cape Town. This team has also developed mechanisms for integrating water quality results into existing information systems.

iCOMMS wishes to expand the application, which is available for download at their site,  into the greater network of water treatment processes.

Ethiopia is at a pivotal moment in its efforts to improve the health status of its people and move the country into a new phase of social and economic development. The country’s massive Health Extension Program (HEP) program has placed over 34,000 community health workers in 14,000 health posts in less than 8 years. Now, health authorities are exploring ways to improve the program with mobile solutions.

Sponsored by The Bill & Melinda Gates Foundation, Vital Wave Consulting authored the “mHealth in Ethiopia: Strategies for a new Framework” report for the Ethiopian Ministry of Health. The report offers a framework for addressing specific information, communication and inventory management issues with mHealth interventions.

Download the report by clicking the link below – and let us know what you think in the comments!

The following is a guest post by Billy Jack from Georgetown University’s Economics Department and Tavneet Suri from MIT’s Sloan School of Management.

Man talking on cell phone next to an M-PESA to up standNew data from the fourth round of a survey of Kenyan households confirm what every visitor to this East African nation knows: the spread of mobile technology and its adoption by broad swathes of the population continues.  Probably the most successful of all the innovative mobile solutions is M-PESA, Safaricom’s mobile banking product that allows users to send money across the country (and recently, beyond) in an instant, as well as providing a safe and secure savings instrument, and a convenient bill payment capacity.

Launched in March 2007, M-PESA was originally going to be “banking for the unbanked” and “financial services for the poor.”  While members of the economically marginalized population did adopt the service early on, the first rounds of our survey showed that up-take was nonetheless concentrated amongst those who were relatively better off.  It was natural to ask whether M-PESA would show the same pattern of adoption as so many other promising technologies in the developing world – from hybrid seed to insecticide-treated bed nets, from seat belts to solar panels – with those at the bottom of the pyramid struggling to exploit the potential benefits.

Through technological efficiency, user-friendly design, marketing acumen, an explosion of cash-in/cash-out agents, regulatory largesse, and perhaps some luck, M-PESA is now used by 86 percent of households outside Nairobi.  Of particular importance however is the changing pattern of utilization, as adoption spreads to the lower strata of the socio-economic ladder.

Our data, which is representative of most of Kenya outside the capital (where M-PESA is ubiquitous), shows a growing share of lower income households using M-PESA.  For this population, median per capita consumption is low, a few cents less than $2 per day; and the bottom 25 percent of the population live on $1.10 per day or less.  Our survey, which tracked the same households over a four-year period, found that in 2008, households with consumption above the median were nearly three times as likely to use M-PESA as those in the bottom quartile.  In particular, half of those in the top half used M-PESA, while only 18% of those in the bottom quarter did so.  Utilization among those in the second poorest quartile was intermediate, about a third (see Figure 1).

Figure 1: M-PESA use by daily per capita consumption

Figure 1: M-PESA use by daily per capita consumption

M-PESA has grown in all strata of the population, and while those at the top remain more likely to use the service, the gap between the top and bottom has narrowed substantially, partly due to the steady increase among the poor, and partly due to saturation among the better off.  But concentrating on the gap between rich and poor is less informative than focusing on the simple fact that nearly three-quarters of the bottom quartile have adopted a service that five years ago did not exist.  If anything, high rates of adoption by the better off have helped sustain the product, thereby facilitating access by the poor, as the pricing structure does not distinguish between services provided in cosmopolitan Nairobi and remote Turkana, or between remittances sent across the street or across the country.

Similarly, because of the correlation between income and bank access, M-PESA was initially used more by the banked population than the unbanked.   Indeed, in 2008 just one-in-five of the unbanked population used M-PESA, but since then while the number of households with bank accounts has remained relatively stationary, the share of this unbanked population who use M-PESA has shot up to 75 percent (see Figure 2).  Again, focusing on the divergence between the unbanked and the banked populations (fully 96% of the latter are now M-PESA users) is of limited utility: the fact that so many of the unbanked population have access to a modern electronic financial tool is what’s important.

Figure 2: M-PESA use by banked status

Figure 2: M-PESA use by banked status

Figure 2: M-PESA use by banked status

Finally, very recently Safaricom has revised the M-PESA tariff schedule.  Until now, the cost to the sender of sending money was a fixed 30 shillings (about 40 cents), plus the cost of withdrawing the money, if the recipient wished.  This made small transfers of a few dollars relatively uneconomic, while apparently benefiting those who could send larger amounts.  The fee structure has however been revised, with users able to send up to 50 shillings for a charge of just 3 shillings, and from 50 to 100 shillings for 5 (see http://www.safaricom.co.ke/index.php?id=255 for a complete listing).  This reform could well expand the benefits accessible by those at the bottom of Kenya’s pyramid even further.

The Ukrainian minister of ecology introduced a proposal to implement a new satellite environmental monitoring system to the country’s president the first week of April. This is a major step for Ukraine in independently setting its environmental protection agenda and integrating ICTs for sustainable development. The satellite, which offers better resolution, will be used to monitor illegal forest cutting, natural resource development, industrial and other hazardous leaks, uncontrolled emissions of garbage dumping, etc.

Photo Credit: M-Farm

M-Farm is an award winning mobile solution for agribusinesses and farmers currently being piloted in Kenya. It is an SMS and web-based application focused on improving weaknesses in the value chain. It is a transparency tool for Kenyan farmers to get information pertaining to the retail price of their products, buy their farm inputs directly from manufacturers at favorable prices, and find buyers for their produce.

Why M-Farm?

The M-Farm solution was developed based on the marketing challenges of rural farmers in Kenya. Smallholder farmers unaware of the market of the various commodities, produce in excess and are faced with the problem of getting the worth of their produce. Poor information on farm inputs and lack of access to these inputs such as fertilizer, seed, agrochemicals and other equipments are huge obstacles to increasing farmers’ productivity. The inability of the farmers to transport their produce to regional markets after harvesting also leads to the exploitation by middlemen who offer meager prices for the produce, and even delay payments for the commodities.

M-Farmers’ Approach

The M-Farm solution aims at giving farmers a voice by connecting them with each other in a virtual space for access to affordable farm inputs and also be able to sell their produce collectively. Specifically, the solution works through:

  • Price Information: M-Farm enables farmers to inquire current market prices of different crops from different regions and/or specific markets
  • Group Buying: M-Farm is able to aggregates farmers needs/orders and connect them with farm input suppliers
  • Group Selling: M-Farm enables farmers to sell collectively and connect them with a ready market thereby increasing their productivity.

M-Farms’ Solution

The M-Farmer solution has taken advantage of the on-going phenomenal growth of mobile technology across Africa. With access to the Internet yet to have impact on rural farming in these areas, M-Farm has adopted an SMS-based solution for achieving its goal.

Farmers in Kenya simply SMS the number 3535 to get information pertaining to the retail price of their produce, buy their farm inputs directly from manufacturers at favorable prices, and find buyers for their produce. Also, M-Farm has a contract with a local exporter, who buys the produce directly from the farmers using their mobile devices thereby minimizing the transportation challenge. This gives farmers access to a reliable and guaranteed market that enjoys stable year-round prices while eliminating middlemen and lowering transaction costs.

Below is a 2-minute clip on the winning of M-Farm’s IPO48 competition featuring Jamila Abass, a co-founder and CEO of MFarm Ltd (K) and other team members.

 

Access to M-Farm is by subscription with a free 30-day trial for users. For more information on M-Farm, visit here.

Nigeria has ranked 112th position out of 142 economies according to the 11th edition of the Global Information Technology Report (2012).

Nigerian Communications Commission (NCC) offices

Nigerian Communications Commission (NCC) offices (image: file)

Nigerian Communications Commission (NCC) offices (image: file)

The report titled “Living in a Hyper-connected World” was launched on Wednesday by the World Economic Forum. It relies on the Networked Readiness Index (NRI) to assess 142 economies worldwide, accounting for over 98 per cent of world GDP.

Several governments have already adopted the Networked Readiness Index (NRI) as a valuable tool for analyzing technology for competitiveness and development.

This has made this report the most comprehensive and authoritative international assessment of the impact of ICT on competitiveness among nations.

Sweden occupies the top spot, with South Africa in the 71st position and Nigeria coming in at the 112th position. Nigeria is followed by other African countries like Rwanda (82nd), Botswana (89th), Kenya (93rd) and Senegal (100th).

According to the report, there is a low ICT readiness in sub-Saharan Africa, with most countries lagging behind in connectivity. This is due to the insufficient development of ICT infrastructure because of its high cost.

According to Karim Sabbagh, Senior Partner and Global Head of Communication, Media and Technology Practice at Booz & Company, “policy makers today face a different environment for information and communications technology (ICT) than the one for which they designed policies. They therefore need to be aware of growth opportunities, and how they can craft policies that promote digitization.

Segun Adekoye

On Thursday, March 29th, The NetHope Payment Innovations Working Group held its first session.  The theme focus of this session was a general overview of branchless banking 101.  The working group was lead by Sarah Rotman of the Consultative Group for Assisting the Poor (CGAP).  Sarah has worked with CGAP for nearly fours years, and has conducted extensive research on the impact of technology on financial access for the world’s poor.  Sarah’s presentation covered the basic factors of branchless banking, and took a closer look at how it is helping more of the world’s poor achieve access to formal financial services without needing a traditional bank branch nearby.  The presentation lead to an engaging question and answer session where the working group members asked questions and added commentary.  Much of the conversation surrounded how NGOs could become more involved in the mobile money/branchless banking movement.  This is a question the working group will continue to explore in the coming months as we discuss technology’s role in the supply of more formal financial services to the 2.5 billion adults that are still unbanked today.  The Payment Innovation Working Group will convene every month, and breach themes that will garner a better understanding of electronic payment solutions for our members.  We also hope to create relevant tools to help the NGO community more efficiently implement and deploy electronic payment solutions within their own programs.  If you are interested in joining our next session, please contact hamilton.mcnutt@nethope.org

Technology giant Google has announced Sh28 million (R2.5-million) in funding for Nairobi’s tech innovation centre, iHub, and the Kenya Education Network (KENET).

Group sitting in the iHub

Google has announced R2.5-million in funding for Nairobi's tech innovation centre iHub (image: iHub)

Google has announced R2.5-million in funding for Nairobi’s tech innovation centre iHub (image: iHub)

iHub plans to use the funding from the search giant to expand its infrastructure, while KENET says it will continue to “connect educational institutions with a private, affordable high-speed Internet” network.

“We have been partners with Google for about the last two years,” says Erik Hersman, co-founder of the iHub.

“This is just an extension of that, filling niches that the community needs. One of Google’s big drives is to increase the uptake of Internet in Kenya.”

iHub has received Sh12 million of Google’s funding, which Hersman says will be used to expand its infrastructure.

The iHub community also plans to set up a UX testing lab and an “ExchangeBoard Project”, which will display the latest newsfeeds within the tech community. An experimental supercomputer environment to host data-intensive applications is also on the agenda.

Meanwhile, KENET MD Meoli Kashorda said: “We are very happy with the partnership we have with Google to support innovation and technology in Kenya.

“This contribution will help KENET improve the Internet connectivity in six educational institutions in Kenya, leading to increased affordable broadband Internet access by students, faculty and researchers.”

Michelle Togo

Image from Wikipedia

Over the last decade, Wikipedia has become as ubiquitous a research tool for the modern American student as the encyclopedia was for their parents — though even that has changed now that the Encyclopedia Britannica has gone completely digital.  But Wikipedia has remained largely inaccessible for students in remote corners of the world where English, German, French and Dutch are not spoken — languages that receive the most Wikipedia coverage.

Wikidata, a new project from the Wikimedia Foundation, plans to change that by creating a free knowledge base about the world that can be read and edited by humans and machines alike, making updating and translating processes easier and more efficient.  Through this new project, Wikipedia will provide data in all of the languages of other Wikimedia projects.  Announced in February at the Semantic Tech & Business Conference in Berlin, the new project promises to be groundbreaking in both its approach and scope of its audience:

“Wikidata is a simple and smart idea, and an ingenious next step in the evolution of Wikipedia,” said Dr. Mark Greaves, Vice President of the Allen Institute for Artificial Intelligence.  “It will transform the way that encyclopedia data is published, made available, and used by a global audience.  Wikidata will build on semantic technology that we have long supported, will accelerate the pace of scientific discovery, and will create an extraordinary new data resource for the world.”

Photo Credit: www.thehindu.com

And that’s including parts of the world that have long been left out of Wikipedia coverage because of language barriers and the digital divide. Though the project is still in its initial stages, the first phase of the project will take place over the next several months as the development team creates one Wikidata page for each Wikipedia entry for over 280 supported languages.  By using a unified data management system, data entered in any language will immediately be available in all other languages and editing in any language will be possible and encouraged by the projects completion, slated for March 2013.

 

The initial development of Wikidata is being funded in part by the Allen Institute for Artificial Intelligence and the Gordon and Betty Moore Foundation through its Science program, both of which see enormous potential for Wikidata and the role it will play in creating common formats for online data:

“It is important for science,” said Chris Mentzel, Gordon and Betty Moore Foundation science program officer.  “Wikidata will both provide an important data service on top of Wikipedia, and also be an easy-to-use, downloadable software tool for researchers, to help them manage and gain value from the increasing volume and complexity of scientific data.”

Wikipedia’s development team is not new to revolutionary ideas and raising standards.  Jimmy Wales, one of the founders of Wikipedia and the Wikimedia Foundation, was quoted several years ago for his vision of “a world in which every single person on the planet is given free access to the sum of all human knowledge.”  For students in parts of the world where online educational resources in their native language are far and few between, Wikidata promises to take one step closer to this goal.

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