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STEM

Armenia can reach for the stars – with the right skills!

Laura Bailey's picture
STEM


























April 7th is an Armenian national holiday celebrating motherhood and beauty. And it may not surprise you that, since it comes one short month after International Women’s Day, we tend to combine the two events into a 30-day celebration of opportunity.

We get a lot of oversees movies here in Armenia – conveniently located at geographic and cultural crossroads – so l discovered a charming film called Hidden Figures which has captured a lot of interest in this very scientifically-minded country. It is an inspiring story with a lesson that translates easily here – that if all Armenian students and workers are empowered with skills, opportunity, and family and community support, they too could reach for the stars!

Breaking the STEM ceiling for girls

Ana Maria Munoz-Boudet's picture

Although countries have dramatically closed gender gaps in education and labor force participation, gender differences within education and employment persist. Women earn less income and work in lower paying occupations and sectors than men do. Women are less likely to become entrepreneurs, and, when they do, they typically run smaller, less-profitable firms. These gender gaps in entrepreneurship, incomes, and productivity persist at all levels of development, despite a multitude of policies aimed at eliminating them. And as countries move forward with closing glaring gender differences, other gaps become visible. 

Women in the changing world of work: Not just more jobs but better jobs for women

Namita Datta's picture
While addressing gender gaps in labor force participation rates remains a key concern in several countries, it is even more critical to focus on the quality of the jobs to which women have access. Photo: Arne Hoel / World Bank

This year’s International Women’s Day “Women in the Changing World of Work: Planet 50-50 by 2030” places great emphasis on equality and economic empowerment. When countries give women greater opportunities to participate in the economy, the benefits extend far beyond individual girls and women but also to societies and economies as a whole. Addressing gender gaps in accessing good quality jobs is not just the right thing to do from a human rights perspective; it is also smart economics. A recent study shows that raising labor participation of women at par with men can increase GDP in the United States by 5 percent, in the UAE by 12 percent and in Egypt by 34 percent.

The skills that matter in the race between education and technology

Harry A. Patrinos's picture
Technology rapidly changes the workplace and the skills demanded, making current workers less employable. One approach is to think about the kind of work that technology cannot replace.
(Photo: Curt Carnemark / World Bank)
 


Depending on to whom you listen, automation, robotics, and artificial intelligence (AI) will either solve all our problems or end the human race. Sometime in the near future, machine intelligence is predicted to surpass human intelligence, a point in time known as “the singularity.” Whether the rise of the machines is an existential threat to mankind or not, I believe that there is a more mundane issue: robots are currently being used to automate production.

Women’s jobs at risk from tech disruption

Samantha Amerasinghe's picture
Samantha Amerasinghe, a guest blogger, is an economist for the Thematic Research team at Standard Chartered. 
Giving women access to the skills and qualifications in areas where jobs will be created is vital. Photo: Dominic Chavez/ World Bank

Dubbed the ‘fourth industrial revolution’, technology disruption could be a key growth driver for economies over the coming years. But for women, advances in technology also pose a threat, as many of their jobs could be displaced. A perfect storm of technological trends, from mobile internet and cloud technology to ‘big data’ and the ‘internet of things’, means that, as new work trends evolve, existing gender inequalities could worsen further.

SDGs Made with Code: Giving women and girls the power to change the world

Mariana Dahan's picture
Increasingly more aspects in our lives are powered by technology, yet women aren’t represented in the roles that create this technology. In many places there are barriers to simply using technology, let alone, creating it. Women in India and Egypt are six times more likely than women in Uganda to say that internet use is not considered appropriate for them, and that their friends or family may disapprove. Learning to create with technology opens up opportunities for women to express themselves, have the ideas heard and contribute to shaping our future. Even though there’s so much more we need to do, we’re inspired to see the movement around the world to break down these barriers and start contributing their voices to the field of technology.

We recently met Mariana Costa from Laboratoria – a nonprofit that empowers young women by providing them access to the digital sector. In the next three years Laboratoria will train more than 10,000 young women as coders. This tech social enterprise located in Peru, Mexico and Chile, helps young women - who have not previously had access to quality education – enroll in an immersive five-month training program at Laboratoria’s Code Academy, where students achieve an intermediate level on the most common web development languages and tools. Their technical development is complemented with a personal development program that helps them build the soft skills needed to perform well at work. Successful graduates also receive mentoring and job placement and are usually able to pay-back the cost of the course during their first two years of employment. Most of the time, these young girls are the only breadwinners in their households.

The next generation of African scientists need a more sustainable career path

Rama George-Alleyne's picture
A professor teaching cell biology and biochemistry at a university in Africa. (Stephan Gladieu / World Bank)

Happy UN Day for South –South Cooperation!
 
Investment in skills is vital to economic growth and competitiveness and poverty reduction. I believe that there is no better way to do that than to educate young graduates with expertise in high-demand areas to help grow African economies, create jobs, and support research.

Blog post of the month: How an award winning elementary school teacher is solving environmental equations using the bicycle

Leszek J. Sibilski's picture

Each month People, Spaces, Deliberation shares the blog post that generated the most interest and discussion. In April 2016, the featured blog post is "How an award winning elementary school teacher is solving environmental equations using the bicycle" by Leszek Sibilski.

“It is the supreme art of the teacher to awaken joy in creative expression and knowledge.” - Albert Einstein
 
When I wrote, “How the bicycle can drive green development on planet Earth” last year in March 2015, my hope was to raise awareness and encourage a few bicycle enthusiasts to further promote the use of the most efficient tool ever designed by the human mind and hand. In my wildest dreams, I never imagined that this blog would inspire an environmental education teacher who teaches grades K-5, Jenna Shea Mobley, from Springdale Park Elementary School in Atlanta to use the material presented in the blog as the impetus for her project that went on to receive the 2015 Presidential Innovation Award for Environmental Educators!
 
In her interdisciplinary curriculum design she combined lessons from science and math to help students focus on the effects of pollution and the human footprint on the environment. Math allowed her students to use multiplication and division to solve word problems and create models to form equations that represented the problem. I must admit, as a teacher, I like to dream big from time to time, but I would have never dreamt of integrating math, science and a pinch of social science into lessons that used the bicycle for children in third grade.
 
Ms. Mobley’s curriculum also included a component that encouraged social action.  Her students were encouraged to write letters to Atlanta’s Mayor Kasim Reed, asking him to reduce air pollution around Atlanta.

How an award winning elementary school teacher is solving environmental equations using the bicycle

Leszek J. Sibilski's picture
 Gina McCarthy, the Administrator of the U.S. Environmental Protection Agency

“It is the supreme art of the teacher to awaken joy in creative expression and knowledge.” - Albert Einstein
 
When I wrote, “How the bicycle can drive green development on planet Earth” last year in March 2015, my hope was to raise awareness and encourage a few bicycle enthusiasts to further promote the use of the most efficient tool ever designed by the human mind and hand. In my wildest dreams, I never imagined that this blog would inspire an environmental education teacher who teaches grades K-5, Jenna Shea Mobley, from Springdale Park Elementary School in Atlanta to use the material presented in the blog as the impetus for her project that went on to receive the 2015 Presidential Innovation Award for Environmental Educators!
 
In her interdisciplinary curriculum design she combined lessons from science and math to help students focus on the effects of pollution and the human footprint on the environment. Math allowed her students to use multiplication and division to solve word problems and create models to form equations that represented the problem. I must admit, as a teacher, I like to dream big from time to time, but I would have never dreamt of integrating math, science and a pinch of social science into lessons that used the bicycle for children in third grade.
 
Ms. Mobley’s curriculum also included a component that encouraged social action.  Her students were encouraged to write letters to Atlanta’s Mayor Kasim Reed, asking him to reduce air pollution around Atlanta.

Who will add value in Africa? Who will cure? Who will build?

Andreas Blom's picture

 Dasan Bobo/World Bank​From my seat as an Education economist at the World Bank, I go through a number of strategies from countries and sectors in Africa outlining how best to achieve economic growth and development. I am repeatedly struck by a key question: Who will do it? Who will add value to African exports? Who will build? Who will invent? Who will cure? The answer is, of course, that graduates from African universities and training institutions should do it. But the problem is one of numbers and quality—there are simply not enough graduates in science, technology, engineering and math (STEM), and programs are of uneven quality.