In recent years, the pace of technological growth-from the very first stages of research and development to full-scale industrial implementation-has quickened at an exponential rate. To better keep pace with rapidly-changing market demands, the gap between university research incubators and public-sector start-up companies has undergone a marked contraction. Competitive Strategies for Academic Entrepreneurship: Commercialization of Research-Based Products seeks to fill the gap in research between universities and the public, and offers cutting-edge insight into the current state of the field. Charting a course that moves from discussions of academic resistance and implications for knowledge-transfer theory to current case-studies of academic/industrial launch-pads like COTEC's Technology Commercialization Accelerator and the Maryland Industrial Partnerships program, this publication targets an audience of academicians, administrators, researchers, entrepreneurs, and established professionals, and seeks to provide insight into the mechanisms by which the research of today becomes the household names of tomorrow.

The use of machines has changed the workplaces of today. While machinery is still not able to perform certain jobs that require creative or non-routine functions, their continuous advancements have shifted the dynamic between organizations and manual laborers. Strategic Imperatives and Core Competencies in the Era of Robotics and Artificial Intelligence focuses on contemporary organizations and their use of new competencies. Featuring coverage on new skill identification and best practices for management, this book is essential for professionals, administrators, researchers, and students seeking current research on the latest developments in technological applications in the workplace.

Academic Entrepreneurship and Technological Innovation: A Business Management Perspective provides a wide-ranging overview of the relationship between universities and organizations through the most recent and detailed research on university entrepreneurship. This book aims to be a reference source for students, researchers, and practitioners interested in the academic industry's demand for technological innovation.

With an updated edition including new material in additional chapters, this one-of-a-kind handbook covers not only current standardization efforts, but also anthropometry and optimal working postures, ergonomic human computer interactions, legal protection, occupational health and safety, and military human factor principles. While delineating the crucial role that standards and guidelines play in facilitating the design of advantageous working conditions to enhance individual performance, the handbook suggests ways to expand opportunities for global economic and ergonomic development. This book features: Guidance on the design of work systems including tasks, equipment, and workspaces as well as the work environment in relation to human capacities and limitations Emphasis on important human factors and ergonomic standards that can be utilized to improve product and process to ensure efficiency and safety A focus on quality control to ensure that standards are met throughout the worldwide market