STEM

STEM Can Develop The Innovations Africa Need.

by with No Comment STEMTechnologyWomen EmpowermentWomen in Technology

Gecci Karuri-Sebina argues that STEM has the potential to generate the necessary innovations in Africa.

More African women are leading in Science, Technology, Engineering and Mathematics (STEM) that integrates the four fields into a single cross-disciplinary programme and focuses on real-world application and knowledge sharing.

In an interview with Africa Renewal, Gecci Karuri-Sebina of Kenya explains the importance of expanding how we think about STEM.

Who are you, and what do you do?

After many years working in the public sector, I transitioned into working on more civic and design programmes and advisory roles. I currently coordinate the Civic Tech Innovation Network, which is an African community of practice of various public interest innovators.

I am also an Associate Professor at Wits University, South Africa, where I am helping to set up an African centre of excellence in digital governance, which will help build the capacity of governance actors as they deal with the challenges and opportunities presented by digitalisation in our society.

I also work on urban governance and futures issues through my other associations at the South African Cities Network, the University of Cape Town’s African Centre for Cities, and Singularity University, United States.

Credit: Gecci Karuri-Sebina We Do Change

How did you get into STEM?

I was always interested in science. When I got to college to study architecture, I immediately gravitated towards physics and computer science. In my first degree, I detoured towards a computer science degree and got very involved in science research and coding competitions.

After my first internship as a software tester and working on implementing ISO [- International Organisation for Standardization] standards for software development, I discovered that while industry work was technically interesting and fun, it was not fulfilling. Something was missing, and that was the question of my work’s social or community purpose. That was when I began to combine social sciences with my science and technology training.

In my third year, I decided to add a second undergraduate degree in Sociology. In a way, this became a defining experience for me—one of not just conforming to what programmes or jobs are specified, but of constantly looking for what feels meaningful even if it means doing things that are “off the menu,” so to speak.

I had the same experience at the Master’s (dual degrees in Architecture and Urban Planning) and Ph.D. levels (Planning and Innovation Systems Studies).

What achievement are you most proud of? 

I have been most proud of mentoring and supporting young people because I was also mentored and supported in my journey. I used to say that my success would be in one day reporting to my former mentees. It has happened three times now, and I hope for much more of it!

What challenges have you faced and how did you overcome them?

Being a young, black African woman meant that I was a minority through much of my journey [in the United States]. But I was lucky to have strong roots and to have found allies along the way who helped me navigate these strange waters. But it has been a continuous journey of learning and evolving, I must say.

What opportunities do you see in STEM in Africa?

For me, STEM is one critical leg for creatively developing the solutions and innovations that we need in Africa across a range of life-supporting fields—health, food production, basic infrastructure, environment, manufacturing and so forth. But I am most interested in the move towards STEAM (adding the arts and humanities) where we expand our ways of knowing and learning and leverage convergences in interesting ways.

From my own experience, I see how this shift can inspire novel creations as well as inspire many more people to see new values in STEM.

What is your message to young Africans about STEM?

Don’t see STEM as just a route to traditional professions – doctor, engineer, academic. There are many ways to leverage these technical knowledge fields, and new technologies are opening many opportunities for anyone to pick and play various roles.

This interview was originally conducted by Ayomide Ibironke and published on Africa Renewal. 

STEM-Education-Africa

Opinion: STEM Education in Africa — the Past, Present, and Future

by with No Comment InnovationsSTEM

A detailed analysis of STEM education and programmes in Africa and what they might represent for the continent’s future.

Although Africa holds nearly 17% of the world’s population, its Science, Technology, Engineering & Math (STEM) capabilities fall behind the rest of the world. STEM education is a driver of economic performance and this is essential for helping growing economies compete in the global market, create jobs (especially STEM jobs) and improve wealth.

Despite lagging behind other regions in STEM, Africa has great untapped potential to transform its own and the global economy thanks to its unique demographic position, and African schools are a major part of this potential.

Today, Africa has the world’s largest population of young people. According to the United Nations World Population Prospects, over 60% of Africa’s population is currently under 25, with Africa containing 19% of the global population of 15- to 24-year-olds. By 2035, sub-Saharan Africa will have a working population larger than the entire rest of the world combined. In contrast, other workforces in the world are aging.

Due to this demographic asset, Africa has immense potential to improve its local and global economies, if it can produce a generation of young professionals that can take charge of the development of their countries. This is why it is critical for education in Africa to reach new levels, particularly with skills that can promote more STEM jobs.

Africa has the potential to contain some of the world’s fastest-growing economies, but it can only compete with the rest of the world if it invests in STEM education for young people.

History and Context of STEM Education in Africa

Africa has historically fallen behind other regions of the world in STEM knowledge.

Partly, this is due to the heavily-documented lack of educational infrastructure. Staff shortages, lack of electricity and water supply, low student attendance in school, weak governance, and lack of materials are some of the challenges that have taken precedence over developing solid STEM programs.

According to UNESCO’s 2018 Global Education Monitoring Report, only 22% of primary African schools in sub-Saharan Africa have access to electricity. Plus, internet access is still a luxury in many regions. Due to the lack of basic and critical infrastructure, resources to allocate to higher-level STEM education have been scarce.

Over the past several decades, it has become apparent that STEM is an important determinant of a country’s economic development and security. Countries that have invested in STEM have experienced global prominence. Studies estimate that between 50 to 85 percent of U.S. GDP growth in the past 50 years can be attributed to advancements in science and engineering.

While non-African countries dedicate up to 4% of their GDP to scientific research, African countries have allocated little to no funding to science, thus increasing the gap between Africa and other countries in STEM performance and therefore economic development.

Children in a classroom. Photo Credit: STEMpedia.com
Children in a classroom. Photo Credit: STEMpedia.com

The Current State of STEM Education in Africa

According to the African Development Bank, less than 25% of African higher education students are in STEM fields, with the majority of students studying social sciences and humanities. Unfortunately, most African schools do not specialize in STEM subjects, and since few students can afford to travel abroad for an education in STEM subjects, it is vital to focus on education in Africa itself.

Those that are skilled often emigrate to other continents to earn their livelihoods in a phenomenon known as “brain drain.” This is especially true when it comes to STEM skills. Each year, 70,000 skilled professionals make this exodus. Brain drain diminishes the development of industries like STEM which need highly educated nationals.

Due to the lack of a domestic STEM workforce, most STEM jobs in Africa today are outsourced to other countries, including the U.S., China, and India. For example, because China has a large workforce of engineers, China has a strong presence in development projects in Africa. In 2014, 87 Chinese construction teams travelled to Kenya to construct the Standard Gauge Railway.

Indeed, more than half of STEM funding comes from international players. Although this supports African development, it also means that projects are not necessarily designed to support Africans so much as the countries providing the funding.

A few organizations are taking steps. The government in South Africa, for example, now requires organizations to spend 1.5% of their payroll on training their workforce. In the Science and Technology Consolidated Plan of Action, the African Union urges members to spend 1% of its GDP on research and development to enhance STEM innovations.

The future of STEM Education in Africa

Over the next decade, STEM job openings requiring STEM literacy are expected to increase by the thousands. STEM education is a critical key to Africa’s future, and governments and organizations are doing what they can.

The African Union’s Agenda 2063 is a long-term framework intended to transform the African continent over 50 years. The agenda aspires that, by 2063, Africa shall be a continent where “well educated and skilled citizens, underpinned by science, technology, and innovation for a knowledgeable society is the norm and no child misses school due to poverty…”

In order to ensure the bright STEM future for Africa envisioned by the African Union’s Agenda 2063, governments and organizations must step up and take action. However, improving the state of STEM in Africa is a highly complex and challenging task requiring collaboration and effort across many sectors. STEM programs and initiatives supporting STEM skills still have a long way to go.

Governments in Africa need to fully embrace STEM as a key point of focus and invest in educational resources. By producing highly qualified graduates, Africa can use its growing population of young people to improve economic development and leadership in its countries

Additionally, governments must incentivize highly qualified professionals to stay and thrive in their home countries. The Revised Migration Policy Framework for Africa Plan of Action for 2018-2027 suggests that African countries increase opportunities for local employment and professional development. It suggests encouraging nationals to contribute to their country of origin “through financial and human capital transfers, such as short and long term return migration [and] the transfer of skills, knowledge, and technology, [plus] maximize the contribution of skilled professionals to the continent by facilitating regional and continental mobility.”

STEM-related organizations and education in Africa and African schools should have African leadership, not just international leadership, and empower Africans to become involved in order to ensure that projects are sustainable for African nations long-term.

Finally, societal attitudes towards education in Africa and beyond must be revitalized. David Dodge, CEO of Codakid, says that “quality coding and STEM skill options are not available in many towns, cities, and even countries. This means that STEM jobs aren’t being filled as well. Many parents and educators see the need, and want to do something about it.” Indeed, local businesses, communities, and families must work together to take charge of their youths’ education.

Since many of Africa’s students are the first generation in their families to become formally educated, parents and communities may be unfamiliar with STEM skills and subjects and uninvolved in education. Therefore, it’s important for families to motivate students to value learning, and for communities to create and encourage involvement in STEM programs such as coding for kids to expand education beyond schools.

In a Nutshell

Improving STEM education in Africa and resources in African schools will require the collaborative work of governments, organizations, communities, businesses, and individuals.

Additionally, it will lead to more successful STEM job acquisition in the future. Although it currently falls behind other regions in STEM, Africa’s demographic makeup and untapped potential give it an advantage moving forward. Africa is in a prime position to educate a new highly skilled workforce (particularly with STEM skills), grow its economy and compete with some of the world’s biggest players.

Credit: STEMpedia