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Technology & Innovation Management: - PICMET Conference

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PAPERS AND PANELS<br />

gram. This paper outlines the development of the Bachelor of<br />

<strong>Technology</strong> degree in <strong>Technology</strong> <strong>Management</strong> at the British<br />

Columbia Institute of <strong>Technology</strong> in Vancouver, Canada, from its<br />

inception to the present.<br />

MC-05.2 - Graduate <strong>Management</strong> of <strong>Technology</strong> Education: A Global<br />

Survey<br />

Satish Nambisan, National University of Singapore<br />

David Wilemon, Syracuse University<br />

This study provides a status report on graduate MOT education<br />

world-wide and highlights the emerging trends in terms of program<br />

themes, technologies, and management issues addressed. We conducted<br />

an international survey of graduate MOT programs in North<br />

America, Europe, and the Asia-Pacific regions. In this paper we<br />

report the preliminary results of our study.<br />

MC-05.3 - Engineering Schools as a Major Actor in the <strong>Management</strong><br />

of <strong>Innovation</strong><br />

Christian Allies, Ecole Universitaire d’Ingeniurs de Lille<br />

Pierre Legrand, EUDIL Ecole Universite Sciences et Technologie de Lille<br />

Serge Peytavin, ISIM Institute des Sciences de L’Ingenieur Montpellier 2<br />

Michel Troquet, CUST Centre Universitaire de Science et Technolgie<br />

Engineering schools in France were quick to develop relations with<br />

industry and participate in economic development by integrating<br />

technological evolution. We will define our position in accordance<br />

with a European description in order to show how higher education<br />

can be considered as a major actor in the management of innovation.<br />

MC-06 Monday, July 26, 1999<br />

13:30 - 15:00 Studio<br />

Information/Knowledge <strong>Management</strong> 2: Achieving Return on<br />

Critical Knowledge -1<br />

Chair: Joyce A Thompsen, Achieve Global<br />

MC-06.1 - Organizational Physics: Knowledge is Elementary<br />

John Center, Center Associates<br />

How does one relate to, understand, predict, describe, explain<br />

changes in the organization or state of the organization? Answers to<br />

these questions lie in the world of physics - organizational physics.<br />

This paper explores how to apply concepts and laws of classical<br />

physics to managing organizations - specifically the laws of motion<br />

and laws of thermodynamics. It further dives into applying concepts<br />

and ideas of modern physics to the same purpose. The paper proposes<br />

that knowledge, or packets of knowledge, plays the role of elementary<br />

particles and forces.<br />

MC-06.2 - The Role of Communication and Information Flow in<br />

Leveraging Critical Knowledge to Create Market Value<br />

Richard Vicenzi, Principal, The Solutions Group<br />

Value creation occurs when knowledge and ideas are leveraged<br />

through communication and access to information into intellectual<br />

capital, and intellectual capital is leveraged through innovation into<br />

market value. This requires both networked resources and ad hoc<br />

linkages between employees as well as appropriate external<br />

alliances. Conditions requred to sustain authentic, meaningful, values-driven<br />

relationships that generate leverage are outlined.<br />

Implications for management and leadership in knowledge-based<br />

organizations are discussed.<br />

MC-06.3 - Return on Investment in Intellectual Capital<br />

Kenneth Moten, Lockheed Martin Astronautics<br />

In today’s marketplace, companies that survive and prosper will<br />

build alliances with international partners and have global strategies<br />

at the core. Those companies will also realize that their number one<br />

business discriminator is intellectual capital. The day of capital<br />

investment and technology being the essential competitive advantage<br />

is a thing of the past. A major challenge is to recruit the best and<br />

brightest and maintain that advantage over time. Companies that<br />

transfer knowledge and encourage innovation throughout the organization<br />

in order to maximize effectiveness will be the most successful.<br />

This paper will review issues and strategies to maximize the<br />

organizational effectiveness of intellectual capital.<br />

MC-06.4 - Knowledge <strong>Management</strong> Audits<br />

Earl Joseph, Walden University<br />

The purpose of knowledge management audits (KMA) is to identify<br />

and measure the worth of critical knowledge to the corporation/institution.<br />

A number of embryonic KMA tools are described and illustrated<br />

with a number of case-based applications.<br />

MC-07 Monday, July 26, 1999<br />

13:30 - 15:00 Directors<br />

<strong>Technology</strong> Planning and Forecasting 2<br />

Chair: Fred Y Phillips, Oregon Graduate Institute of Sci. & Tech.<br />

MC-07.1 - Creating Alternative Futures: Introducing Non-Linear<br />

Considerations into the <strong>Management</strong> of <strong>Technology</strong><br />

John Peterson, Lucent Technologies Inc.<br />

John Anderson, NASA Headquarters<br />

Michael Radnor, Northwestern University<br />

In a departure from arduous formal scenario planning, a futures<br />

approach based upon NASA’s Horizon Mission Methodology adapted<br />

to the emerging “MATI” model of the technology intensive firm will<br />

be presented. It has the virtues of being an infomal, flexible and<br />

adaptable planning technique which can easily become an embedded<br />

management skill. Although not a cure-all for business problems,<br />

it does provide a framework for interweaving vision with creative<br />

solutions and options.<br />

MC-07.2 - A Method for Detecting a Shift in a Trend<br />

Fred Phillips, Oregon Graduate Institute of Sci. & Tech.<br />

A technological or policy change can shift a trend in a tracked quality<br />

to a new regime (slope). A new piercewise-linear regression captures<br />

this shift. This method is developed and applied to historical<br />

data on the price of polyvinyl chloride.<br />

MC-07.3 - Flexibility in <strong>Technology</strong> Forecasting, Planning and<br />

Implementation: A Two Phase Idea <strong>Management</strong> Study<br />

Chitra Sharma, Indian Institute of <strong>Technology</strong><br />

A.D. Gupta, Indian Institute of <strong>Technology</strong><br />

Sushil, Indian Institute of <strong>Technology</strong><br />

Idea management encompasses all fundamental operations with<br />

ideas to deal with a complex issue. This paper describes a two phase<br />

idea management study carried out in the Indian engineering industry<br />

to incorporate flexibility in technology forecasting, planning, and<br />

implementation activities of the industry. Modified idea-writing and<br />

interpretive structural modeling (ISM) were used to generate, classify<br />

and structure the ideas.<br />

MC-07.4 - Chaos Theory in <strong>Technology</strong> Forecasting<br />

Clement Wang, National University of Singapore<br />

Xuan Rui Liu, National University of Singapore<br />

Daoling Xu, National University of Singapore<br />

We describe how chaos theory can be used in technological forecast-<br />

35

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