G20 china_web
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
Innovative technologies<br />
KEY TAKEAWAYS<br />
The arrival of new technologies<br />
can be rapid or slow<br />
Disruptive technologies can blend<br />
with or replace incumbent offerings<br />
Disruptive innovation:<br />
opportunities and<br />
threats<br />
We are in our fourth industrial revolution, which is<br />
being driven by information technology and the internet,<br />
writes Henry C Lucas<br />
A<br />
technology becomes disruptive<br />
when it offers a new product<br />
or a service that leads to<br />
individuals abandoning<br />
incumbents’ offerings and<br />
embracing the innovation. The movement<br />
from the old to the new may be rapid,<br />
for example the expansion of Uber and<br />
Airbnb, or it may take longer, as has been<br />
the case with higher education. We are now<br />
in a fourth industrial revolution, which<br />
focuses on technology in general and most<br />
often involves information technology and<br />
the internet. Evidence of this upheaval in<br />
the traditional way of business comes from<br />
firms such as General Electric (GE), which<br />
is investing $1 billion to become a ‘software<br />
company’. GE is adding sensors and data<br />
analysis services to all its products so<br />
customers can monitor the performance<br />
of their equipment.<br />
Higher education is a case where<br />
opportunities and threats are well defined.<br />
Opportunities come in the form of blended<br />
and online classes and massive open<br />
online courses (MOOCs). Blending a class<br />
creates a more active learning environment<br />
than the lecture because a blended class<br />
presents class materials on the internet<br />
using a learning management system.<br />
Classes are devoted to discussions and<br />
team exercises, involving students actively<br />
in their education. Online classes with<br />
interaction with a faculty member via a<br />
video conference system also encourage<br />
active learning.<br />
MOOCs provide instructional materials<br />
from hundreds of instructors on a wide<br />
variety of topics. All of these technologyenabled<br />
approaches to teaching and<br />
learning provide new opportunities for<br />
colleges and for students. They also present<br />
threats to schools that do not have the<br />
skills, talent and resources to create content<br />
for their own use and to make it available<br />
to other institutions. A number of US<br />
colleges are likely to fail in the next decade,<br />
especially smaller private schools with<br />
high tuition and limited reputations.<br />
From Baxter to drones<br />
There has been progress in robotics in the<br />
past few years, affecting many industries.<br />
Baxter, a simple robot, is programmed by<br />
walking it through motions rather than by<br />
writing a program.<br />
If we consider a drone as a type of robot,<br />
it is clear that robotics will expand at a<br />
Research robot Baxter at the<br />
International Robot Exhibition in Tokyo<br />
HOW SHOULD<br />
GOVERNMENTS<br />
EMBRACE NEW<br />
TECHNOLOGY<br />
AND DISRUPTION?<br />
• Encourage and support<br />
innovation in all its forms<br />
until they become available<br />
for profit-making ventures,<br />
as the US government did<br />
with the internet<br />
• Prepare for a massive<br />
impact on employment,<br />
including job losses and<br />
people movement<br />
• Invest in education and<br />
worker retraining, targeting<br />
jobs creation in sectors<br />
where workers are scarce<br />
• Develop regulatory<br />
frameworks to respond<br />
quickly to new innovations,<br />
such as drones<br />
• Encourage the growth of<br />
disruptive technologies.<br />
Long term, they are key to<br />
improving the quality of life<br />
86 <strong>G20</strong> China: The Hangzhou Summit • September 2016 G7<strong>G20</strong>.com