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Our world is filled with pernicious problems. How, for example, did novice pilots learn to fly without taking to the air and risking their lives? How should cities process our waste without polluting the environment? Challenges that tangle personal, public, and planetary aspects - often occurring in health, infrastructure, business, and policy - are known as wicked problems. In 'Wicked Problems,' engineer Guru Madhavan examines historic tragedies and lesser-known tales, from the efficient design of battleships to a volcano eruption that curtailed global commerce. Braided throughout is the uplifting tale of Edwin Link, who revolutionized aviation with his flight trainer. In Link's story, Madhavan uncovers a model mindset to engage with wickedness. An homage to society's innovators and maintainers, 'Wicked Problems' offers a refreshing vision for readers of all backgrounds to build a better future.

Who speaks? The author as producer, the contingency of the text, intertextuality, the \"device\"-core ideas of modern literary theory-were all pioneered in the shadow of oral literature. Authorless, loosely dated, and variable, oral texts have always posed a challenge to critical interpretation. When it began to be thought that culturally significant texts-starting with Homer and the Bible-had emerged from an oral tradition, assumptions on how to read these texts were greatly perturbed. Through readings that range from ancient Greece, Rome, and China to the Cold War imaginary, The Ethnography of Rhythm situates the study of oral traditions in the contentious space of nineteenth- and twentieth-century thinking about language, mind, and culture. It also demonstrates the role of technologies in framing this category of poetic creation. By making possible a new understanding of Maussian \"techniques of the body\" as belonging to the domain of Derridean \"arche-writing,\" Haun Saussy shows how oral tradition is a means of inscription in its own right, rather than an antecedent made obsolete by the written word or other media and data-storage devices.

An increasing number of researchers and educators in the field of engineering wish to integrate considerations of social justice into their work and practice. In this volume, an international team of authors, from a range of disciplinary backgrounds, invite scholars to think and teach in new ways that acknowledge the social, as well as technical, impact engineering can have on our world and that open possibilities for social justice movements to help shape engineering/technology. The book examines three areas of an engineering academic’s professional role: teaching, research, and community engagement. Some of the authors have created classes to help students think through their roles as engineering practitioners in a changing society, and present case studies here. They also explore questions of access to engineering education. Others contributors are focusing their research on improving the lives of the marginalized and powerless. Yet others are engaging local groups and exploring ways in which universities might serve their communities and in which academic institutions can themselves be more socially just. The contributors take a broad social and ecological justice perspective to critique existing practices and explore alternatives. The result is a handbook for all scholars of engineering who think beyond the technical elements of their field, and an essential reader for anyone who believes in the transformative power of the discipline.

This work consists of ethnographic studies. The sites and types of engineering explored include mechanical design in manufacturing industries, environmental management within companies and the implementation of a system for separating household waste.

Wondergenes not only imagines a future world in which genetic enhancement is the norm, but asserts that this future has already begun. Genetically engineered substances are already in use by athletes, in vitro fertilization already provides the primitive means by which parents can select an embryo, and the ability to create new forms of genetically engineered human beings is not far off. What happens when gene therapy becomes gene enhancement? Who will benefit and who might be left behind? What are the costs to our values and beliefs, and to the future of our society? To answer these questions, Maxwell J. Mehlman provides an overview of the scientific advances that have led to the present state of genetic enhancement and explains how these advances will be used in the future to redefine what we think of as a normal human being. He explores the ethical dilemmas already facing researchers and medical practitioners, and the dilemmas we will all be expected to face. In his forecast of the dangers inherent in this technology, he is particularly concerned with the emergence of a genobility made up of those able to afford increasingly expensive enhancement. Wondergenes is a serious, accessible introduction to the social and personal implications of genetic engineering. Mehlman weighs the social and economic costs of the many proposals to regulate or limit genetic engineering and provides six concrete policy recommendations -- from professional licensing to a ban on germ-line enhancement -- that propose to make the future of genetic enhancement more equitable and safe.

Can the United States continue to lead the world in innovation? The answer may hinge in part on how well the public understands engineering, a key component of the 'innovation engine'. A related concern is how to encourage young people-particularly girls and under-represented minorities-to consider engineering as a career option. Changing the Conversation provides actionable strategies and market-tested messages for presenting a richer, more positive image of engineering. This book presents and discusses in detail market research about what the public finds most appealing about engineering-as well as what turns the public off. Changing the Conversation is a vital tool for improving the public image of engineering and outreach efforts related to engineering. It will be used by engineers in professional and academic settings including informal learning environments (such as museums and science centers), engineering schools, national engineering societies, technology-based corporations that support education and other outreach to schools and communities, and federal and state agencies and labs that do or promote engineering, technology, and science.

Winner of the \"Outstanding Academic Title\" recognition by Choice for the 2020 OAT Awards. The Choice OAT Award represents the highest caliber of scholarly titles that have been reviewed by Choice and conveys the extraordinary recognition of the academic community. Advancing Diversity, Inclusion, and Social Justice through Human Systems Engineering highlights how scholars and practitioners of HSE (inclusively defined to span many fields) can apply their theories and methods to understand and support healthy communities, include and empower diverse populations, and inspire strategies for a more inclusive future. This volume brings together experts from human factors, ergonomics, psychology, human-computer interaction, and more to demonstrate how these fields can be applied to societal challenges and solutions. Through a blend of research reports, literature reviews, and personal narratives, this volume explores these issues from the individual to the global scale, across diverse populations, and across multiple continents. Features Draws upon human factors and ergonomics theories and methods to evaluate, understand, and confront systemic threats to inclusion and social justice Offers actionable methodologies, strategies, and recommendations for conducting human-centered research, design, and training with marginalized or vulnerable populations Offers a venue for reporting and reconsidering the work of human factors and ergonomics from the perspectives of diversity, inclusion, and social justice Dr. Rod D. Roscoe is an Associate Professor of Human Systems Engineering, and a Diane and Gary Tooker Professor for Effective Education in STEM, at Arizona State University. His research identifies ways to improve educational efficacy and access by understanding relationships between learning theory, technology innovation, and user experience. He also investigates engineering education and the preparation of future engineers to address the ‘human side’ of engineering and design. Dr. Erin K. Chiou is an Assistant Professor of Human Systems Engineering at Arizona State University. Her research seeks to improve automation for more resilient and sustainable futures. Her work focuses on the social psychological factors in human-automation interaction and system design, with applications in complex and safety critical systems including defense and healthcare. She directs the Automation Design Advancing People and Technology laboratory. Dr. Abigail R. Wooldridge is an Assistant Professor of Industrial and Enterprise Systems Engineering at the University of Illinois at Urbana-Champaign. Her research aims to improve patient safety and quality of care as well as healthcare professional well-being. She analyzes and models complex sociotechnical systems and team cognition in healthcare to understand and improve how individuals with diverse backgrounds, perspectives, and training can work together across the patient journey. Section 1: Understanding and Supporting Healthy Communities Human Systems Engineering for Societal Transformation: A Tale of Two Cities Nancy Cooke Inclusive Decision Making: Applying Human Factors Methods to Capture the Needs and Voices of Marginalized Populations Jacklin Stonewall, Michael C. Dorneich, Linda Shenk, Caroline C. Krejci, and Ulrike Passe HFE in Underdeveloped Countries: How Do We Facilitate Equitable, Egalitarian, and Respectful Progress? Andrew Thatcher and Andrew Todd Researcher Reflections on Human Factors and Health Equity Richard J. Holden, Tammy Toscos, and Carly N. Daley The Intersection of Human Factors Engineering and Health Equity Deliya B. Wesley, Christian Boxley, Stefanie Kurgatt, Christopher J. King, and Kristen E. Miller Using Work Domain Analysis to Advocate for Social Justice: Meeting the Needs of Resource-Constrained Societies Natalie C. Benda and Ann M. Bisantz Section 2: Including and Empowering Diverse People A Human Factors Engineer’s Journey Into Enhancing LGBT Status in Academia Ellen J. Bass All are Welcome but Terms and Conditions Apply Audrey Reinert ‘Nothing about Us without Us’: Transforming Participatory Research and Ethics in Human Systems Engineering Rua M. Williams and Juan E. Gilbert Ergonomic Analysis of Working Conditions of a Recycler Community in Medellín, Colombia Yordán Rodríguez and Jaime Gaviria Guiding Technology Design to Empower Older Adults to Actively Engage in Society Maurita T. Harris, Qiong Nie, and Wendy A. Rogers Inclusive Wearable Design: Developing a Set of Characteristics of Socially Acceptable BCI Devices for Women France Jackson, Isabel Laurenceau, and Juan E. Gilbert Section 3: Inspiring Strategies for an Inclusive Future Automation, Work, and Racial Equity: How Human Systems Engineering Can Shape the Future of Work Shannon C. Roberts, Laurel Smith-Doerr, Shlomo Zilberstein, Henry Renki, Enobong H. Branch, and Tiamba Wilkerson The Learning Research and Development Center Summer Undergraduate Research Internship: A Diversity Internship in the Learning Sciences Natasha Tokowicz Facilitating a Sense of Belonging for Women of Color in Engineering: The Case for Virtual Internships Golnaz Arastoopour Irgens Leading an EDI Strategy in a UK University: Reflections from an HFE Professional Sarah Sharples Developing an Effective Diversity Training Intervention: Best Practices and Challenges Preeya Ninan, Jennifer Feitosa , and Fabrice Delice Reimagining Community-based Research and Action in Human Factors: A Dialogue across Disciplines Rupa S. Valdez and David S. Edmunds