Ethics In The Science And Technology Classroom

This edited book on ethics represents the outcomes of an international collaborative project that examined the role and place of bioethics in science and technology curricula.

Ethics and Social Responsibility in Science Education discusses the principles and approaches to the problems of ethics and social responsibility in science education. The book is divided into three parts. The first part, Principles and Approach, explores the nature of moral education and the ethics; social responsibility of science; and the roles of scientists and engineers in societal issues. The second part, Problems and Prospects, covers different social and cultural issues in relation to ethics in science such as international stability; food production; human experimentation; medical ethics; chemical pollution; and energy production. The third part, Teaching Methodology, talks about the importance and styles of teaching ethics and social responsibility in science education. The text is recommended for practitioners, researchers, and educators in the different fields of science. Those who wish to know the importance of ethics in the socio-cultural aspect of sciences will also find this book helpful.

As computers are increasingly integrated into the classroom, instructors must address a number of pressing ethical questions regarding online behavior, course design, cyberbullying, and student cyber behavior. Ethical Technology Use, Policy, and Reactions in Educational Settings provides state-of-the-art research on the impact of ethical computer use in academia and emphasizes the cyberphilosophical aspects of human-computer interactions. It provides significant analysis of the ethical use of educational Internet and computer applications.

This work considers both the professional ethics of science and technology, and the ethical and political issues raised by science and technology in an increasingly complex and global society. This broad coverage supports the numerous courses in applied and professional ethics and policy related to the practice of science and technology in education, including new analytical and interpretive essays on events, scholarship, people, and legal decisions.

Cyber environments have become a fundamental part of educational institutions, causing a need for understanding the impact and general principles of ethical computer use in academia. With the rapid increase in the use of digital technologies in classrooms and workplaces worldwide, it is important that part of the training that takes place for students is how to be good cyber citizens, who are ethical in the decisions that they make and in their interactions with others across digital platforms. Emerging Trends in Cyber Ethics and Education is a pivotal reference source that provides vital research on the application of ethics and education within online environments. While highlighting topics such as computer simulation, corporate e-learning, and plagiarism detection, this publication explores effective ways of utilizing digital landscapes for online education, as well as the methods of improving cyber security frameworks. This book is ideally designed for educators, IT developers, education professionals, education administrators, researchers, and upper-level graduate students seeking current research on secure and educational interactions in digital landscapes.

Get the knowledge and resources you need to guide students through the tough questions that reside in the gray areas of humans’ relationship with the gadgets, apps and tools that permeate our lives. More and more, people are waking up to the notion that the technology we hold in our hands each day is not a neutral tool that individual users control. The facade has been cracking for years amid accusations of election interference, with the public being introduced to the complexities of hacking, the concept of bot accounts, the larger threat of information warfare, and more. The rise in rhetoric around “fake news” has social media companies examining their role in the spread of misinformation, the public asking who checks the fact-checkers and everyone from politicians to tech conglomerates wondering if, when and how information regulation needs to happen. Amid this backdrop, it has become clear that society needs thoughtful, empathetic digital citizens who can navigate the important ethical questions at the intersection of technology and humanity. This book is designed to help students consider the systems and structures in which they spend so much of their time, asking them to look at the technology around them through a critical lens. Focusing on six big ethical questions being discussed in the technology sector and larger society today, chapters include: • Key vocabulary you and your students will encounter in your investigation of each topic. • A short summary of the current research and viewpoints on the topic from leading experts in their fields. • News articles exploring the ethical questions playing out in society today. • Focused research questions that students can use to explore the various aspects of the ethical dilemma. • Stories of educators who are engaging students with lessons around tech ethics. • A “Try This” section with instructional strategies for helping students navigate open-ended questions. There are no clear right or wrong answers to the ethical issues presented inside these pages. But if you ascribe to the idea that technology is not neutral, if your students are already users of various technologies and if you understand that many of our students will go on to tech-related careers, is it ever too soon to begin talking about the ethics of technology with them?

For decades, politicians, businessmen and other leaders have been concerned with the quality of education, including early childhood education, in the United States. While more than 50% of the children between the ages of three and five are enrolled in preschool and kindergarten programs in the United States, no state, federal, or national standards exist for science or technology education in preschool or kindergarten programs. Knowledge about science and technology is an important requirement for all in contemporary society. An increasing number of professions require the use of scientific concepts and technological skills and society as a whole depends on scientific knowledge. Scientific and technological knowledge should be a part of every individual’s education. There are many ways to enhance young children’s scientific thinking and problem-solving skills as well as their technological abilities. The purpose of this volume is to present a critical analysis of reviews of research on science and technology education in early childhood education. The first part of the volume includes contributions by leading scholars in science, while the second part includes contributions by leading scholars in technology.

Virtues have become a valuable and relevant resource for understanding modern science and technology. Scientific practice requires not only following prescribed rules but also cultivating judgment, building mental habits, and developing proper emotional responses. The rich philosophical traditions around virtue can provide key insights into scientific research, including understanding how daily practice shapes scientists themselves and how ethical dilemmas created by modern scientific research and technology should be navigated. Science, Technology, and Virtues gathers both new and eminent scholars to show how concepts of virtue can help us better understand, construct, and use the products of modern science and technology. Contributors draw from examples across philosophy, history, sociology, political science, and engineering to explore how virtue theory can help orient science and technology towards the pursuit of the good life. Split into four major sections, this volume covers virtues in science, technology, epistemology, and research ethics, with individual chapters discussing applications of virtues to scientific practice, the influence of virtue ethics on socially responsible research, and the concept of failing well within the scientific community. Rather than offer easy solutions, the essays in this volume instead illustrate how virtue concepts can provide a productive and illuminating perspective on two phenomena at the core of modern life. Fresh and thought-provoking, Science, Technology, and Virtues presents a pluralistic set of scholarship to show how virtue concepts can enrich our understanding of scientific research, guide the design and use of new technologies, and shape how we envision future scientists, engineers, consumers, and citizens.

This book encapsulates a line of research that looks at how students are positioned as ethical actors/decision makers in biology education by science policy, curriculum, and classroom resources. Its basis comes from a textbook study that examined how biology texts work to constitute subjectivities related to neoliberalism and global capitalism, sex/gender and sexuality, and ethics. The study found that textbook discourses set limits on a) the types of ethical concerns represented b) the modes of ethical engagement c) the dispositions necessary to engage in ethical action or decision-making. Policy reform, regulation, and personal lifestyle choices were the primary ways students could approach ethical decision-making or action. While these approaches are useful, they are likely not sufficient for dealing with major twenty first century problems such as climate change and social inequality, along with new ethical dimensions introduced by biotechnologies and genomic research. This research brief sets a context for how discourses of science education policy and curricula work to shape a ‘subject of ethics’, that is how students come to see themselves as participants in issues of ethical concern. Drawing from a structural-poststructural philosophical approach, Science and Technology Studies, educational research, and a methodology based on discourse analysis and ethnography, this book's overall goal is to assist with research into subjectivity, ethics, politics, policy, and socioscientific issues in science education.