Notes
Outline
The World is Flat
John Branson
Director, Educational Research, Development and Technology Services
Chester County Intermediate Unit
Slide 2
Technology Has Leveled the
Playing Field
Empowers individuals, small businesses and even nations
Has reshaped the global economy and workforce
Has shifted organizational structure from a vertical to a horizontal hierarchy
Allows work to be done anywhere and anytime.
Thomas Friedman calls this phenomenon “Flattening” in his book The World is Flat.
Evidence of the Flat World
In 2005, approximately 400,000 U.S. tax returns will be completed by accountants in India.
Smaller hospitals are sending CAT scans abroad to be read by radiologists nicknamed “Nighthawks.”
U.S. drones flying over Iraq piloted by experts in Nevada and analyzed real time by high level military officers in Tampa, Qatar and the Pentagon.
Orders from Customers at the McDonald’s drive through in Girardeau, Missouri being taken by a call center in Colorado Springs (could just as easily be Bangalore, India).
Evidence of the Flat World
December 7, 2004, IBM announced that they were selling their PC division to a firm in China.
U.S. phone companies routing local calls through Europe during high traffic periods. (Frances Cairncross, The Death of Distance, 2001)
Motorola phones being designed and assembled in China and driven by software develop in India.
While HP has been in crisis mode in the U.S., its sales in China have risen 20% annually for the last 4 years.
Demographics of the Flat World
In 2000, approximately 1.5 billion new workers joined the global workforce from China, India and the former Soviet Union.
2.8 million bachelors degrees in science and engineering were awarded world wide in 2003:
1.2 million to Asian students
830,000 European
400,000 U.S.
Asian countries produced 8 times the number of engineers as the U.S. China alone graduated 6 times as many engineers (Gates, 2005)
China is the second largest exporter to the U.S. behind Canada.
A Flat World poses both opportunities and threats for the U.S.
Opportunities
Substantially expands the workforce.
Increases efficiency and productivity.
May open new markets.
Increases access to specialized expertise.
How the World Became Flat
10 Flatteners
11/9/89 – The fall of the Berlin Wall opened up Eastern Europe to the Global Economy,
Netscape going public opened up the Internet to the masses
Work Flow software and shared standards allowed enabled global communication and collaboration
Open sourcing allowed groups to create powerful, inexpensive software independent of large corporations
Y2K required outsourcing IT functions to India and established India as a major IT leader
Off-shoring
Companies moving to other countries in search of expertise, not low cost labor
Supply Chaining
Companies use of technology to create highly-efficient management of the supply chain leading to “Just In Time” inventory control (Walmart). Suppliers became partners
Insourcing
Companies partnering to provide more efficient services (UPS)
Informing
Google, Yahoo, MSN Web Search: All the world’s knowledge available to anyone, anywhere, anytime
Digital, Mobile, Personal and Wireless.
The Triple Convergence or
The Perfect Storm
Move from ‘Command and Control’ to ‘Connecting and Collaborating’
The United States in The Flat World
Two-thirds of the nation’s math and science teachers will retire by 2010.
Half of America’s scientists and engineers are 40 or older.
Funding for research in the physical and mathematical sciences decreased 37%  between1970 and 2004.
2005 Federal Budget cut NSF funding by 1.9 %.
The number of jobs that require science or engineering skills is growing 5% per year.
Three Gaps facing U.S.
Numbers Gap
Ambition Gap
Education Gap
How to Thrive in the Flat World
Constantly upgrade your skills!
Develop Specialized Expertise.
Be Adaptable.
Slide 12
Partnership for 21st Century Skills Partners
What Schools Need to Do
Encourage female students to pursue careers in Science, Technology, Engineering and Mathematics (STEM)
The number of females in college has exceeded the number of males since the 1980’s and the differential continues to increase,
Females are much less likely to major in computer science, engineering and physical sciences (NCES, 2005).
What Schools Need to Do
Provide experiences for Students to Learn About and Interact with Students from China, India and other emerging nations.
U.S.-China Cultural Enhancement Act of 2005
Slide 16
Slide 17
Resources
Barrett, Craig (2004). Preparing students for the 21st century. Keynote address at the National Educational Computing Conference, New Orleans, LA, June 20-23.
Business Week (2005). China & India: The challenge and the opportunity. August 22/29, 2005. Available at: http://www.businessweek.com/magazine/toc/05_34/B3948chinaindia.htm
Cairncross, Frances (2001). The death of distance. Boston. The Harvard Business School Press.
Friedman, Thomas L. (2005). The world is flat: A brief history of the twenty-first century. NY: Farrar, Strauss and Giroux.
Lewis, Michael (2001). Next: The future just happened. NY: W.W. Norton and Company.
National Intelligence Council (2004). Mapping the global future: Report on the National Intelligence Council’s 2020 project. Pittsburgh:Government Printing Office. Available at: http://www.cia.gov/nic/NIC_globaltrend2020_s1.html
Partnership for 21st Century Skills (2005). www.21stcenturyskills.org.
Thank You
johnbr@cciu.org