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Focus on Innovation and Entrepreneurship in Greater China

SPRIE is a multidisciplinary research program at Stanford University that focuses on innovation and entrepreneurship in leading high technology regions in the United States and Asia. SPRIE has an active community of scholars at Stanford as well as research affiliates in the United States, Mainland China, Taiwan, Japan, Korea, Singapore, and India. During 2005-2006, SPRIE is expanding a new initiative on the rise of leading high technology regions in Greater China and their impact on the global knowledge economy. Specific research topics include globalization of R&D, executive leadership, university-industry linkages, venture capital industry development and leading high technology clusters in Greater China. In addition, industries of ongoing research at SPRIE include semiconductors, computers, telecommunications, and software.

SPRIE Graduate Research Fellows: Research Assistantships & Support for International Field Research

As part of its new initiative on innovation and entrepreneurship in Greater China, SPRIE will select outstanding Stanford students as SPRIE Graduate Research Scholars. SPRIE Graduate Research Scholars will work with SPRIE faculty and senior researchers at Stanford for two (or more) academic quarters in 2005-2006 to gather and analyze data, conduct interviews in Silicon Valley, contribute to publications, and advance progress on the overall project agenda. During summer 2006, they will conduct SPRIE field research through interviews or surveys with business and government leaders in Beijing, Shanghai, or Hsinchu. As part of SPRIE's international research team, they will have the opportunity to interact closely with project leaders and visiting scholars at Stanford as well as partners in Asia, such as the Ministry of Science and Technology, Tsinghua University, or Zhongguancun Science Park in Mainland China or the Industrial Technology Research Institute (ITRI) in Taiwan. They will also participate in SPRIE's public and invitation-only seminars and workshops with academic, business, and government leaders. The financial award will include RA support at 15-20 hours/week (or equivalent) plus summer stipend to cover travel, living expenses, and research.

How To Apply (limited to current Stanford graduate students)

Successful candidates will have demonstrated a track record of superior analytical ability, strong oral and written communication skills (including full fluency in English and Chinese), knowledge of high technology and entrepreneurship, high motivation, and willingness to be part of a dynamic international research team.

Applicants should submit:

  1. A brief statement (not to exceed two single-spaced pages), which describes the candidate's interests and skills,
  2. a curriculum vitae
  3. contact information for 2 references, preferably recent professors, advisors, or employers

Send applications to:

SPRIE
Encina Hall - East 301
Stanford University 94305-6055

or by email to George Krompacky. Questions? Please contact George Krompacky, Program Coordinator, by email or call 650.725.1885

Deadline for receipt of all materials: December 30, 2005

Applicants will be notified of decisions in January 2006

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George Krompacky
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The Stanford Project on Regions of Innovation and Entrepreneurship (SPRIE) is a multidisciplinary research program of the Shorenstein Asia-Pacific Research Center at Stanford University that focuses on innovation and entrepreneurship in leading high technology regions in the United States and Asia. SPRIE has an active community of scholars at Stanford as well as research affiliates in the United States, China, Taiwan, Japan, Korea, Singapore, and India.

Fellowship Program

As part of its initiative on Greater China, SPRIE will select two outstanding post-docs or young scholars as SPRIE Fellows at Stanford for the academic year 2006-2007 for research and writing on Greater China and its role in the global knowledge economy. The primary focus of the program is the intersection of innovation and entrepreneurship and underlying contemporary political, economic, technological and/or business factors in Greater China (including Taiwan, Mainland China, Singapore). Topics of particular interest include, but are not limited to, globalization of R&D, executive leadership, university-industry linkages, venture capital industry development and leading high technology clusters in Greater China. In addition, industries of ongoing research at SPRIE include semiconductors, computers, telecommunications, and software.

SPRIE Fellows at Stanford will be expected to be in residence for at least three academic quarters, beginning the fall quarter of 2006. Fellows take part in Center activities, including research forums, seminars and workshops throughout the academic year, and are required to present their research findings in SPRIE seminars. They will also participate as members of SPRIE's team in its public and invitation-only seminars and workshops with academic, business and government leaders. Fellows will also participate in the publication programs of SPRIE and Shorenstein Asia-Pacific Research Center. The Fellowship carries a stipend of $40,000.

How to Apply

Applicants should submit:

1) A statement of purpose not to exceed five single-spaced pages which describes the research and writing to be undertaken during the fellowship period, as well as the projected products(s) that will be published;

2) a curriculum vitae (with research ability in Chinese preferred); and

3) 2 letters of recommendation from faculty advisors or other scholars. All applicants must have Ph.D. degrees conferred by August 30, 2006.

Address all applications to:

Stanford Project on Regions of Innovation and Entrepreneurship,

Shorenstein Asia-Pacific Research Center,

Encina Hall - East 301,

Stanford University

Stanford, CA 94305-6055

Questions? Please contact George Krompacky, Program Coordinator

Deadline for receipt of all materials: January 13, 2006

Applicants will be notified of decisions in March 2006

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China's software industry is at an inflexion point. For the past decade, China has been in the shadow of India's spectacular success in the IT outsourcing industry. While changes are underway, many challenges remain. However, it is possible to build software development teams in China, collaborating with teams in the United States, to be as good as software development teams anywhere in the world.

Dr. Liu will discuss his experience as Chairman and CEO of Augmentum, a value-added software development services company that has grown in two years to more than 450 people worldwide, 90% of them at Augmentum's development facility in Shanghai. Sixty percent of Augmentum's work is high-value added such as total products and solutions, from architecture to system integration test. All their customers are in North America -- many of them leaders in their respective industries.

Leonard Liu has spent 30 years in the systems industry, with a track record of developing innovative computing technologies into successful businesses. Most recently, he served as president of ASE Group, a leading provider of IC test and packaging services, having held roles as Chairman and CEO of Walker Interactive Systems, COO of Cadence Design Systems, and President of Acer Group. He was an early champion of outsourcing to India and China at Cadence and Walker. Dr. Liu began his career at IBM where he was responsible for the creation and implementation of SQL and the management of CICS, SNA and AIX, eventually overseeing the worldwide Database and Language lines-of-business. He received his undergraduate degree from Taiwan University and his Ph.D. from Princeton University.

Part of SPRIE's Greater China and the Globalization of R&D seminar series

Philippines Conference Room

Leonard Liu Chairman and CEO, Augmentum, former executive at Cadence, Acer Group & IBM Speaker
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Engineering as a profession in the United States and other developed nations may soon face a crisis. As a result of sophisticated telecommunications and the digitization of engineering work processes, increasing portions of engineering work can be done without close proximity to particular persons, places, or other processes. In principle at least, this work can be done anywhere in the world that has access to (1) global telecommunications networks and requisite software packages and (2) adequately trained personnel. Undergraduate engineering students in relatively advanced developing nations, such as India and China, follow a curriculum roughly comparable to the one taught in developed nations. Thus, even as barriers to performing conventional engineering work remotely are eroding, a global pool of conventionally trained engineers is growing. This means that U.S. engineers are now in global competition with engineers in developing nations whose wages are 40 to 80 percent lower than ours.

In this paper, our discussion is limited to work that is relocated but still services markets in developed countries (rather than work done to meet the needs of local markets in developing countries). Offshoring of this work can not only directly replace existing workers, but can also capture jobs that would have been added to the U.S. economy, especially for fast-growing entrepreneurial ventures that must lower cash expenditures and speed up product development. Recent examples include Silicon Valley high-technology start-up companies that establish offshore subsidiaries very early in their life cycles. In these cases, offshoring does not reflect direct job displacement but redirects job growth to lower cost developing nations, at the same time making the start-up more competitive.

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The Bridge: Linking Engineering and Society
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Rafiq Dossani

The objective of this project is to research the risk capital industry in India, with a focus on early stage investing, in order to recommend investment models, institutions and mechanisms to enhance size and delivery of risk capital and provide low-cost entrepreneurship training, and to recommend consistent policy changes.

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Rafiq Dossani
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Despite a late start, Pakistan's information technology entrepreneurs and the government are hoping to make it big in the global marketplace for outsourcing of IT-enabled services. How have other countries succeeded and where does Pakistan stand?

Naween A. Mangi spoke from New York to Ron Hira, professor of public policy at the Rochester Institute of Technology, and Rafiq Dossani, senior research scholar at the Walter H. Shorenstein Asia-Pacific Research Center at Stanford University.

Software exports, call centres and medical transcription firms have become all the rage over the last three years. Young entrepreneurs are returning after years spent working at major tech firms in the US to start up their own ventures and the government is forecasting that IT will be the next big thing in Pakistan's economy.

So far, the numbers tell a less-than-compelling story. In 2004, although the software and IT enabled services business was worth $300 million, (including hardware the figure is $600 million), exports and outsourcing made up for just $33 million of that. By comparison, India logged $12.8 billion in software and services exports in 2004.

Still, the Pakistan Software Export Board, a federal body set up to promote outsourcing, forecasts that the business will grow by at least 45 per cent annually for the next five years. A lot of that growth will come from call centres and business process outsourcing which last year made up one-fourth of total exports. In the next ten years, the PSEB aims to be at the top of the class of tier two global IT companies.

But as experts and practitioners agree, Pakistan will need more than ambitious aims to meet that goal. Prof Ron Hira, whose new book Outsourcing America assesses the impact on the US job market, says the outsourcing industry is set for rapid growth in the next few years and if done right, developing countries like Pakistan could benefit from the boom.

Hira is an expert who has testified before the US Congress on the implications of outsourcing. "Pakistan isn't on the map yet," he says. "India dominates what most people think about [when it comes to outsourcing]."

Rafiq Dossani, an expert on outsourcing and a senior research scholar at Stanford University says there are several reasons for that. First, is the poor quality of infrastructure.

"When the Internet tanked recently, that created a really bad perception that the country has not thought through even the most rudimentary aspects," Dossani says. "Deregulation in this area is too limited." He says that while voice services have benefited from the deregulation, data services are still uncompetitive.

He says there are too many stumbling blocks since bandwidth is more expensive than in other countries. "The costs are outrageous at four or five times what they should be," he says.

Dossani identifies the thin segment of English speakers as a second hurdle in the way of a flourishing outsourcing industry in Pakistan. "Of the 30 per cent of the population that lives in urban Pakistan, one tenth speak English that's good enough to work at a call centre," he says. "And of those five million or so, only about one million are available to come into this field as the rest are working elsewhere."

Then, he says poor marketing also holds the industry back. "You just don't see the trade body [in Pakistan] working like India's Nasscom to project a positive image," he says. "The Pakistani diaspora has done well and there is a great need to better use that network."

He forecasts that the outsourcing business in Pakistan can be at least $1 billion in size but says this is only possible if alliances are formed with countries like India and China.

"The Philippines has done well by understanding that it cannot reach critical mass on its own and therefore forming alliances and pitching themselves as a second location to offset country risk," he says. Dossani also says Pakistan has the advantage of a highly skilled group of entrepreneurs which "is the reason why the tiny industry does exist."

Hira adds that since Pakistan entered into the industry late, playing catch up is an inevitable need. However, the sector can take advantage of the circumstances in other countries. "India has done a lot of things right," he says. "They have been successful at not just attracting foreign investment but also building their own companies and leveraging the large Indian diaspora," Hira says.

"India is also so talked about that people are comfortable doing business there. But since wages are rising, Pakistan can use that as an entry point." He says that while countries like India have accumulated critical mass and scale, others are distinguishing themselves in different ways.

Eastern European wages are slightly higher than Pakistan and companies in that region have specialized in near-shoring by targeting the European market. Russia, meantime, is aiming at the U.S. market in both services and manufacturing while the Philippines and Malaysia are targeting services.

"The question really is how you separate yourself from the pack," Hira says. "You can compete on price to a certain extent but you have to offer something more to distinguish yourself."

He says U.S. companies are now moving from pilot stage outsourcing to full deployment which indicates both the success of the pilot projects and the rapid growth that is likely to come in the outsourcing market for the next few years. "There will continue to be a backlash from U.S. workers, but by and large there has not been any real policy movement to restrict outsourcing so there is still a large opportunity," he says.

Hira admits that the extent to which a growing outsourcing industry ties into the broader economy in terms of job creation remains unclear but he says, other advantages emerge. "In India, for example, it remains unclear that they've been able to link the benefits [from outsourcing] back in, but the big benefit is that they have created world class management which can then move into other sectors."

Therefore, Hira recommends that Pakistan take a long-term vision not for the next three or five years but for the next two decades. "Right now you can try to pick up the low hanging fruit and absorb the excess demand but don't just think about attracting the individual company to come [to Pakistan]," he says. "Think about how this will fit into the larger set of skills for your country so that you can differentiate yourself much later down the road."

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Corporate Affiliate Visiting Fellow
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Rama Prasad is a corporate affiliate visiting fellow at Shorenstein APARC for 2005-06, from Reliance Industries Limited, India. He is a qualified chartered accountant from the Institute of Chartered Accountants of India, and a qualified cost accountant from the Institute of Cost and Works Accountants of India. He has over eight years of post-qualification experience in financial and management accounting. His work profile at Reliance includes budgeting, costing, pricing, and financial management information systems for the company's Life Sciences Initiative. He received his bachelors degree in commerce from Bharathiar University, India.

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The paper explains the evolution of India's software industry. Domestic entrepreneurship emerges as the key factor for origination, survival and innovation in a hostile industrial policy environment. The maturing of the industry required a shift to a supportive government policy; maturation was also critically enabled by the modularization of the programming function through new technologies. These changes favored domestic firms that provided programming services. Later policy and technological changes induced transnational entry and led to higher value-added output. The paper shows that technologically sophisticated industries can develop even when many conditions typically present elsewhere are missing. We provide conditions under which this may happen and show their effect on subsequent developments.

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Shorenstein APARC
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Rafiq Dossani
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India, over the past decade, has become a test bed for innovations in information and communication technologies (ICT) serving the rural user. Various reasons explain this emergence. The most obvious is the search for a solution to what has long been an intractable problem: that rural India has remained poor while the rest of the country has moved ahead. The hope that ICT can surmount at least some of rural India's social, political, and administrative challenges and create a viable technology for the provision of health, education, and other social services is thus ICT's strongest calling card. An additional expectation is that ICT can be used innovatively to improve access to the large, underserved market that rural India's 700 million people represent, especially considering that India has the resources to build an ICT infrastructure, i.e., its large, skilled, cost-efficient IT workforce.

The object of this report is to explain the problems facing rural use of ICT and to make recommendations to improve usage. Over three months, from September to December 2004, our team visited nine ICT projects. As a generalization, we concluded that all the projects are still experimenting with how best to serve rural users through ICT. None has yet had a widespread socio-economic impact or even developed a catalytic, replicable approach. Nevertheless, there are successes and failures, good and bad practices and local demand to learn from in order to help frame the recommendations.

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Shorenstein APARC/National Informatics Centre
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Rafiq Dossani
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