The scale and complexity of research and practices of open innovation mandate a correspondingly sophisticated form of decision making. Strategic Planning Decisions brings together a number of tools that ease the decision process in technology companies, providing both conceptual frameworks and practical applications. Innovative approaches are presented such as an ontology-based model where all the relevant aspects of a potential technology are interrelated to provide a comprehensive and logically connected data pool for decision makers. Divided into two sections, Strategic Planning Decisions describe both strategic approaches using the decision tools, and tactical approaches. Some of these tools are expanded while some others are embedded in a model that will lay the ground for practical application. These include: bibliometric analysis, ontology, roadmapping, lead user, six sigma, and multi-actor & multi-objective decision making methods Recent research and relevant theory are balanced with up-to-date practical applications and hands-on techniques making Strategic Planning Decisions ideal for engineers who wish to keep up-to-date with current ideas in the field of TM. It also provides workable methods for practising managers from all levels who wish to apply a more rigorous approach in their work and consultants concerned with technology assessment and its management.

The scale and complexity of research and practices of open innovation mandate a correspondingly sophisticated form of decision making. Strategic Planning Decisions brings together a number of tools that ease the decision process in technology companies, providing both conceptual frameworks and practical applications.

Innovative approaches are presented such as an ontology-based model where all the relevant aspects of a potential technology are interrelated to provide a comprehensive and logically connected data pool for decision makers. Divided into two sections, Strategic Planning Decisions describe both strategic approaches using the decision tools, and tactical approaches. Some of these tools are expanded while some others are embedded in a model that will lay the ground for practical application. These include:

bibliometric analysis,
ontology,
roadmapping,
lead user, six sigma, and
multi-actor & multi-objective decision making methods

Recent research and relevant theory are balanced with up to date practical applications and hands on techniques making Strategic Planning Decisions ideal for engineers who wish to keep up to date with current ideas in the field of TM. It also provides workable methods for practising managers from all levels who wish to apply a more rigorous approach in their work and consultants concerned with technology assessment and its management."

This is an exciting and innovative core textbook that focuses on the micro-level analysis of TM as a dynamic capability. Now in its second edition and fully updated throughout, it systematically addresses the major tools and techniques needed for businesses to successfully conduct TM activities. Arguing that there is no single best way to manage technology in a company and there is no mechanistic route to success, this accessible handbook provides a wealth of resources designed to increase the dynamic capability of an organisation. Written by a highly experienced team of authors from the Universities of Sabanci and Cambridge, Technology Management is the perfect companion for undergraduate and postgraduate students on a variety of business, management and engineering degree courses. It is also suitable for practitioners seeking to progress their professional development and industry knowledge. Accompanying online resources for this title can be found at bloomsburyonlineresources.com/technology-management-2e. These resources are designed to support teaching and learning when using this textbook and are available at no extra cost.

The venture capital (VC) industry plays an important role in nurturing entrepreneurship and innovation, and its role varies from country to country. The six countries whose VC industries are analyzed here are the United States and Canada, whose VC industries are mature; Sweden and Denmark, which have established small but successful VC industries; and Israel and Turkey, whose experiences demonstrate the state of the young VC industry in transition economies. The analysis is based on the four main determinants of the VC industry: sources of financing, institutional infrastructure, exit mechanisms, and entrepreneurship and innovation generators. In addition, the special role of VC financing in the biomaterials industry is explained.

Understanding the factors that contribute to the emergence of a successful venture capital industry is important for academics, VC associations, policy-making institutions, government agencies, and investors themselves. How can a country's venture capital infrastructure give it a competitive edge in the global economy? What is the role of VC in the new economy? How have VC industries developed differently in different countries? Are there any lessons for successful VC industry development that can be applied across nations and cultures? How do you measure the maturity of a country's VC industry? The editor and her contributors attempt to answer all these questions, among others. She concludes by offering policy suggestions for countries aiming to establish thriving VC industries of their own.