Profiting from technological innovation is a key strategic challenge in technology-intensive industries because it requires not only scientific and engineering expertise but also an understanding of how business and legal factors facilitate commercialization. This volume presents a multidisciplinary view of issues in technology commercialization and entrepreneurship. First, the strategic options available to an innovating firm attempting to commercialize inventions are presented in the context of the legal system and the complementary assets needed for commercialization. Next, the benefits and liabilities associated with multidisciplinary commercialization teams are covered. The chapters on intellectual property include a basic guide to patents, designs, copyrights, trademarks and trade secrets and marks, as well as an analysis of how these mechanisms can be viewed as complements in commercialization. Issues and challenges associated with US laws such as Bayh-Dole are covered. Three chapters cover elements of strategy including industry analysis and strategy, marketing strategy, alliances and other strategies for technology commercialization. The final chapters cover financial issues in commercialization, with a guide to different techniques used in valuing early stage technologies, steps in obtaining venture capital funding, and an analysis of the role of contracts and nondisclosure agreements in licensing of early stage inventions.

Successful technology commercialization requires the integration of multiple perspectives and collaboration of experts from very different backgrounds. More often than not, key individuals in the process reside in different organizational units--each with their own mission, agendas, and cultures. This volume addresses the challenges that can arise when individuals from technical, business, and legal environments must converge on the goal of commercialization. Specifically, it brings together studies from organizational behavior, marketing, economic, and sociological perspectives on commercialization of university technologies. Chapter foci range from theoretical research on academic entrepreneurship, multidisciplinary student team management conflicts such as background, purpose, communication, and learning style, to a patent data examination of sociological factors in technology paths in nanotechnology innovation. New results are presented on career goals of PhD scientists and engineers highlighting their desire for education providing skills from these other domains. Educational responses such as cross disciplinary team models, as well as multidisciplinary entrepreneurship centers and specialized masters programs for scientists are presented.