Today, for the International Day of Women and Girls in Science, we celebrate the progress made towards reducing the gender gap in computer science, and we urge schools worldwide to help balance the scales in this critical 21st century subject.
Information and Communication Technologies
Two years ago, 23-year-old Pedro Flores became a technician specializing in renewable energy—all thanks to a degree from a technical institute in Maule, located in one of Chile’s poorest regions. After completing his degree in just two years, Flores became the only person in his family to obtain an advanced degree. Today, he lives in Santiago and works for a private solar energy multinational corporation, where he earns a competitive salary that is only slightly below the average for entry-level professionals in his field, most of whom spent over five years in university.
Editor's note: This is a guest blog by Jonathan Starr, founder of Abaarso School of Science and Technology, and the author of “It Takes A School.”
60 Minutes, The New York Times, MSNBC, BBC, and CNN are just some of the media outlets that have covered the story of Abaarso School in Somaliland. Abaarso is also the subject of a recently released book, It Takes A School, and an upcoming documentary, Somaliland, The Abaarso Story. All this attention is the result of Abaarso’s extraordinary success, despite conventional wisdom believing Abaarso’s results were impossible anywhere, never mind in the unrecognized breakaway country of Somaliland. Given Abaarso’s achievements and modest price tag, its approach is worth a deeper dive for lessons that can be applied elsewhere.
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.
经济学家理查德·弗里曼(Richard Freeman)主张，机器人可以替代工人，甚至能替代高技能的专业人士。麻省理工学院(MIT)教授埃里克·布伦乔尔森(Erik Brynjolfsson)和安德鲁·麦克菲(Andrew McAfee)也指出，随着电脑变得更加强大，企业对某些工种的需求将会减少。
Intensive “bootcamp” training programs that develop coding and other computer science skills and directly connect students with jobs are becoming increasingly popular. In the U.S, there are already over 90 bootcamps—and they are taking root in Latin America too, helping to close the region’s skills and gender gaps.
There is no denying that governments around the world are expanding investments in education technology, from inputs that students use directly (like Kenya’s project to put tablets in schools) to digital resources to improve the education system (like Rio de Janeiro’s school management system). As public and private school systems continue to integrate technology into their classrooms, remember that education technology comes with risks.
Earlier today the World Bank released the 2016 World Development Report.
This widely read World Bank flagship publication explores a topic of broad relevance in the fields of international development and development economics. This year's report, 'Digital Dividends,' examines the impact that the Internet and mobile networks are having (and not having) around the world.
Impact evaluations are key to how we think about development. Pilot programs suggesting statistically significant impacts are hailed as breakthroughs and as candidates for scaling up. Programs without such clear impact tend to be looked down upon and may be terminated. This may not be warranted. A primary function of impact evaluations should be to improve existing programs, especially in fields where evidence of positive impacts remains scarce. The experience of OLE Nepal, which is part of the OLE network and aims to improve learning and teaching through technology, is instructive in this regard.