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OVERVIEW<br />
33<br />
Figure O.23 The types of skills needed in a modern economy<br />
Cognitive<br />
Literacy, numeracy, and<br />
higher-order cognitive skills<br />
(for example, reasoning<br />
and creative thinking)<br />
Raw problem-solving ability<br />
versus knowledge to<br />
solve problems<br />
Verbal ability, numeracy,<br />
problem solving, memory,<br />
and mental speed<br />
Social and behavioral<br />
Socioemotional skills and<br />
personality traits<br />
Openness to experience,<br />
conscientiousness,<br />
extraversion, agreeability,<br />
and emotional stability<br />
Self-regulation, grit, mind-set,<br />
decision making, and<br />
interpersonal skills<br />
Technical<br />
Manual dexterity and the use<br />
of methods, materials, tools,<br />
and instruments<br />
Technical skills developed through<br />
postsecondary schooling or<br />
training or acquired on the job<br />
Skills related to specific<br />
occupations (for example,<br />
engineer, economist, IT specialist)<br />
Source: WDR 2016 team, adapted from Pierre, Sanchez Puerta, and Valerio 2014.<br />
Note: IT = information technology.<br />
however. But technology can help here as well, as<br />
Rio de Janeiro’s Educopedia platform shows (box<br />
O.11). Using technology to closely guide teaching<br />
is a second-best option that can improve learning<br />
outcomes at modest cost where teacher training is<br />
unlikely to improve quickly. This is the model used<br />
by the for-profit Bridge Academy in Kenya and elsewhere,<br />
where scripted instruction and automated<br />
administrative tasks help provide education at low<br />
cost. Although yet to be evaluated rigorously, such<br />
approaches hold promise to improve education.<br />
Rethink curricula and teaching methods<br />
Today’s education systems need to prepare students<br />
for a career and not only a job. Modern labor markets<br />
require creativity, teamwork, problem solving, and critical<br />
thinking in ever-changing environments—skills<br />
that traditional education systems do not teach<br />
and that are hardest to measure. Many countries<br />
are rethinking their approach. Singapore is moving<br />
from a fairly rigid “efficiency driven” model that<br />
tried to get the best results from inputs (teachers<br />
and finance) to an “ability driven” model that emphasizes<br />
project work and fewer assessments in place of<br />
frequent testing. Colombia’s Escuela Nueva model,<br />
now serving 5 million students in 16 countries, also<br />
focuses on group learning and problem solving. These<br />
approaches change the relationship between teacher<br />
and student. No longer simply sources of information,<br />
teachers now must instruct students in how to find<br />
information and apply it in a new and unexpected<br />
context. This requires changes in teacher training.<br />
There are many examples of how digital technologies<br />
can assist teachers and students—by allowing group<br />
Box O.11 Mobilizing technology in teaching in Rio’s Educopedia<br />
Rio de Janeiro’s education department developed the<br />
Educopedia online platform of lessons and other resources<br />
in 2010 to improve public school teaching. The system<br />
focuses as much on providing materials for the teacher to<br />
improve lessons as on giving students access to learning<br />
resources. The system uses multimedia resources including<br />
videos, interactive quizzes, and digital libraries. It now<br />
serves almost 700,000 students. It has yet to be formally<br />
evaluated, but together with other reforms it likely contributed<br />
to a more than 20-percent increase in the Basic<br />
Education Development Index in middle schools between<br />
2009 and 2012. And 80 percent of Rio’s students agreed<br />
that Educopedia helps their learning efforts.<br />
Source: Bruns and Luque 2014.