WORLD SCIENTIFIC SERIES IN R&D MANAGEMENT – serie

This book addresses the issue of modern medical innovations management through an inductive approach by looking into cases before putting forward solutions in terms of strategies and tools. It provides a model for the designing and implementation of effective healthcare technology management (HTM) systems in hospitals and healthcare provider settings, as well as promotes a new method of analysis of hospital organization for decision-making regarding technology to show how systematic management using a strategy that balances bottom-up and top-down driven innovations, can deliver better medical technological advances.Managing Medical Technological Innovations is organized in three parts. Part 1 covers innovation strategies, laying the groundwork and concepts in design thinking. Part 2 follows by presenting the tools available for implementation. And finally, Part 3 uses the case studies of pharmaceutical firms in China and hospital medical record management in Holland to illustrate how these ideas and methodologies have been applied.This book is suitable for healthcare administrators, management, and IT personnel involved in the planning, expansion and maintaining of healthcare technology management and organisation seeking a reference with most recent approaches and cases from an international context; researchers seeking new approaches to apply to emerging medical technologies in different regions; and graduate students who are either doing their research or taking introductory as well as advanced courses in engineering and technology management in different parts of the world.

Selecting the right technology is one of the most critical decisions in technology driven enterprises, and no selection is complete without a thorough and informed evaluation. This book explores the digital transformation movement from three perspectives: the technological, the personal, and the organizational.The technical perspective analyses and evaluates new and up and coming technologies such as IoT and Cloud Technology. The personal perspective focuses on the consumer's attitude and experience in the adoption of technologies such as smart homes, smart watches, drones and wireless devices. And the organizational perspective focuses on evaluating how technology-driven an organization and their core activities or products are.This book is an ideal reference for managers who are responsible for digital transformation in their organizations and also serves a good starting point for researchers interested in understanding the trend. The book contains case studies that may be used by educators in MBA and Engineering and Technology Management MS programs covering digital transformation related courses.

Today, a prosperous technology company can be disrupted and put out of business in a blink of an eye. The development of many different technologies that once took years can be done in months or weeks. There are also few examples where the engineering work is completely contained in one company or one engineering organization. Business strategies have evolved. The analysis of competitive forces in an industry has matured to include the concepts of disruptive innovation and coopetition.In an ecosystem characterized by rapid changes in technology and how it is developed, an engineering R&D organization will quickly become irrelevant if it fails to keep the pace of innovation needed to succeed. This book provides readers with a holistic approach to engineering management.We have seen that successful managers create a strong foundation of a common culture that enables learning, value creation, diversity and inclusion. They create organizations that tightly connect the core engineering functions of strategic planning, research and development and are able to comprehend and direct a broader R&D system that stretches well beyond their own organization's boundary. Doing all of this to extract the greatest value in the least amount of time is what we call holistic engineering management.The content for this book is based on over 105 years of combined experience working in a rapidly changing industry. In most chapters, practical examples and case studies of the concepts provided are given. As noted in the foreword by Pat Gelsinger (CEO, VMWare) and in comments from other technology leaders: Aart de Geus (Chairman and co-CEO, Synopsys, Inc.), Aicha Evans (CEO, Zoox, Inc.), William M Holt, (former Executive VP, GM, Intel, Corp.), and Amir Faintuch (Senior VP, GM, GlobalFoundries, Inc.), this book will be valuable for students of engineering management and current engineering managers.

Almost a century since the idea of creating more humane — more human-centric — cities was brought to the fore, how far has mankind progressed towards creating a true "city with a heart"? How far off are we, and what can we do to close the gap?The first generation of smart cities showed the limits of top-down planning, in which cities contracted out design and implementation to IT providers. As residents resented paying high taxes for "smart" urban features that they did not want or use, it became plain that smart cities were not sustainable, and needed to be re-thought. "Smart City 2.0" starts the design process with understanding the needs of human residents. Little has yet been written about smart cities' second wind.This book offers leading-edge, international perspectives on Smart City 2.0. It offers an overview of the sustainable smart city concept, presents leading experts' latest thinking on strategies for a new generation of smart cities, and showcases eight implementation case studies from seven countries. All chapters are contributed by prominent, leading thinkers and practitioners from a dozen countries, representing both the developed and the developing worlds.Related Link(s)

The management of technological innovation is both an art, as well as a science; the process involves the know-how and technological core skills to deliver the functionality on the one hand, and (with an ear on the ground) the ability to identify changes in technologies to come up with new innovations on the other. This requires, as a result, frameworks, system tools, and methodologies to improve the yield in innovations.Managing Technological Innovation provides a set of tools and case studies for R&D managers to effectively manage technological innovations — from the identifying of technological needs to the launch of the product. The book is divided into five parts. Part 1 addresses the policies and strategies necessary to provide direction to R&D organizations in the management of technological innovation. Part 2 focuses on technological assessment; presenting the methods available to better matching of technologies to strategic directions, supported with case studies to illustrate the evaluation methods. Part 3 covers the development and building of technological portfolios with new products, as well as mitigation strategies. Part 4 focus on the execution phase of built portfolios — the development of new products. And finally, Part 5 rounds up with a study on the factors which impact the diffusion of technological innovations into the market place.This book is a practical guide for R&D professions and designers, as well as a case study reference for graduate students in pursuit of their project work.

This book is the authoritative reference for technology roadmapping, written by authors known worldwide for their expertise on the subject. The book has four parts. The objective of the first part is to introduce established technology management frameworks, to highlight the overall ecosystem for the use of technology roadmaps. This part provides international perspectives as well as examples from industrial organizations and government agencies. The second part provides a toolkit presented through applications and case studies, and provides a review of methods complimentary to technology roadmapping. The tools discussed include technology assessment, technology forecasting and technology intelligence analysis. The objective of this part is to provide professionals with the tools required to gather the essential data for the roadmapping project. Part three presents proven frameworks for technology roadmapping written by those who have developed practical approaches for various organizations. This part provides the know-how for developing and executing technology roadmaps. The final section presents applications demonstrating the use of this powerful tool, providing regional, government and industrial applications. The knowledge base includes projects from Europe, Asia and the Americas.Related Link(s)

Research cooperation in a nation is a fundamental key to national competitiveness in technology that supports growth in a national economy. To fully understand why some nations are more successful in innovation than others, one must examine the structure and process of knowledge creation and use — the Science & Technology policy of a nation.National innovation requires progress both in Science & Technology, and also in economy. Research cooperation for innovation is necessary, since science, technology, and production are performed in different sectors of a nation. Universities conduct research science, and science discovers nature. Governments support most of the research in universities, and therefore are the principal sponsors of science. Industry develops most technology and commercializes technology into economically useful products/services. The structure and process of knowledge in a nation thus requires (1) creation of knowledge in science, (2) translation of science into technology, and (3) design of technology into commercialization of utility. At a national level, innovation is thus a complicated concept — proposing a need to identify the proper ways that government-university-industry can cooperate to advance knowledge and economically benefit from innovation. Special programs in Science & Technology policy that have proven beneficial in fostering research cooperation for national competitiveness will be covered in this book.Cooperative Innovation: Science & Technology Policy helps readers understand a practical science & technology policy for a nation. Its contents are particularly useful for government administrators of research, industrial research directors, university research directors, and students of science & technology policy.