Socrates Digital For Learning And Problem Solving

There is a tremendous need for computer scientists, data scientists, and software developers to learn how to develop Socratic problem-solving applications. While the amount of data and information processing has been accelerating, our ability to learn and problem-solve with that data has fallen behind. Meanwhile, problems have become too complex to solve in the workplace without a concerted effort to follow a problem-solving process. This problem-solving process must be able to deal with big and disparate data. Furthermore, it must solve problems that do not have a “rule” to apply in solving them. Moreover, it must deal with ambiguity and help humans use informed judgment to build on previous steps and create new understanding. Computer-based Socratic problem-solving systems answer this need for a problem-solving process using big and disparate data. Furthermore, computer scientists, data scientists, and software developers need the knowledge to develop these systems. Socrates Digital™ for Learning and Problem Solving presents the rationale for developing a Socratic problem-solving application. It describes how a computer-based Socratic problem-solving system called Socrates Digital™ can keep problem-solvers on track, document the outcome of a problem-solving session, and share those results with problem-solvers and larger audiences. In addition, Socrates Digital™ assists problem-solvers in combining evidence about their quality of reasoning for individual problem-solving steps and their overall confidence in the solution. Socrates Digital™ also captures, manages, and distributes this knowledge across organizations to improve problem-solving. This book also presents how to build a Socrates Digital™ system by detailing the four phases of design and development: understand, explore, materialize, and realize. The details include flow charts and pseudo-code for readers to implement Socrates Digital™ in a general-purpose programming language. The completion of the design and development process results in a Socrates Digital™ system that leverages artificial intelligence services from providers that include Apple, Microsoft, Google, IBM, and Amazon. In addition, an appendix provides a demonstration of a no-code implementation of Socrates Digital™ in Microsoft Power Virtual Agent.

This edited volume with selected expanded papers from CELDA (Cognition and Exploratory Learning in the Digital Age) 2009 (http://www.celda-conf.org/) addresses the main issues concerned with problem solving, evolving learning processes, innovative pedagogies, and technology-based educational applications in the digital age. There have been advances in both cognitive psychology and computing that have affected the educational arena. The convergence of these two disciplines is increasing at a fast pace and affecting academia and professional practice in many ways. Paradigms such as just-in-time learning, constructivism, student-centered learning and collaborative approaches have emerged and are being supported by technological advancements such as simulations, virtual reality and multi-agents systems. These developments have created both opportunities and areas of serious concerns. This volume aims to cover both technological as well as pedagogical issues related to these developments.

Using passages from the works of Plato and Xenophon, Teach Like Socrates clearly explains the most famous and the most misunderstood teaching method in the world. With this book, every teacher can master the style that leads students to critical thinking, problem solving, and independent learning.

The importance of critical thinking has surged as academics in higher education realize that many students, upon entering college, lack the critical thinking skills necessary to succeed. While much has been written regarding the ‘lack’ of critical thinking, less has been written on the success of methods implemented to develop this fundamental skill. The Handbook of Research on Advancing Critical Thinking in Higher Education explores the effective methods and tools being used to integrate the development of critical thinking skills in both undergraduate and graduate studies. Due to the difficulties associated with teaching critical thinking skills to learners of any age, this publication is a crucial addition to the scholarly reference works available to pre-service and early career teachers, seasoned educational professionals, professors across disciplines, curriculum specialists, and educational administrators.

2024-25 Staff Nurse Solved Papers

Strategies for effective problem-solving and decision-making are efficient ways for professionals to solve the moral dilemmas that confront them in their daily practice. Feelings of wellbeing and positive outcomes, often impeded by the failure to make decisions, can result when strategies are developed from psychological theories and positive mindsets. Ethical Problem-Solving and Decision-Making for Positive and Conclusive Outcomes is a pivotal reference source that synthesizes major psychological theories to show that any moral dilemma can be solved by using the correct positive mindset based on psychological theory and superimposing a basic ethical template to reach a conclusive decision. While highlighting topics such as cultural identity, student engagement, and education standards, this book is ideally designed for clinical practitioners, psychologists, education professionals, administrators, academicians, and researchers.

The digital age provides ample opportunities for enhanced learning experiences for students; however, it can also present challenges for educators who must adapt to and implement new technologies in the classroom. The Handbook of Research on Transforming Mathematics Teacher Education in the Digital Age is a critical reference source featuring the latest research on the development of educators’ knowledge for the integration of technologies to improve classroom instruction. Investigating emerging pedagogies for preservice and in-service teachers, this publication is ideal for professionals, researchers, and educational designers interested in the implementation of technology in the mathematics classroom.

This book responds to an ever-increasing call from educators, policy makers, journalists, parents and the public at large for analysis that cuts through the hype surrounding the information revolution to address key issues associated with new media in higher education and learning. This collection is of value to those who are seeking a critical, non-commercial exposition of both the enormous opportunities and challenges for higher education that are tied to the use of new information and communication technologies (ICTs) in the development of distance education and distributed learning. The chapters are written by leading exponents, practitioners and researchers from a variety of disciplinary perspectives and the collection as a whole spans national boundaries and reaches beyond the research community to relate to issues of policy and practice.