Understanding Chat Gpt For High School And College

INTRODUCTION TO CHAT GPT FOR HIGH SCHOOL AND COLLEGE STUDENTS

Chatbots powered by artificial intelligence (AI) have captivated the academic world as tools for human-like interaction across various settings. Within the realm of education, AI-powered chatbots, such as ChatGPT, hold the potential to revolutionize teaching, learning, and research processes. By simulating human conversation through vast data and machine learning algorithms, generative AI has unveiled new opportunities for personalized and adaptive learning experiences. Facilitating Global Collaboration and Knowledge Sharing in Higher Education With Generative AI delves into the promising prospects and challenges of applying generative AI in education while employing a critical interdisciplinary perspective. The book offers comprehensive insights into the transformative effects of generative AI on teaching, learning, and research. However, the application of generative AI in education also brings ethical, pedagogical, and technical challenges to the forefront. Concerns over privacy, data protection, and the impact of automation on human interaction and creativity demand thorough examination and practical solutions. Intended for educators, researchers, and administrators in higher education institutions, as well as policymakers and industry professionals at the intersection of AI and higher education. The book encompasses a wide range of themes, including the impact of AI-generated content on student engagement and performance in online learning environments, ethical implications of automating education through AI-powered chatbots, personalization of learning experiences for diverse student populations, and the challenges of integrating generative AI into traditional classroom settings.

This book provides a structured framework for exploring various aspects of prompt engineering for ChatGPT, from foundational principles to advanced techniques, real-world applications, and ethical considerations. It aims to guide readers in effectively harnessing the capabilities of ChatGPT through well-crafted prompts to achieve their goals. The digital age has ushered in a new era of communication, one where the boundaries between human and machine are becoming increasingly blurred. Artificial Intelligence (AI) technology, in its relentless evolution, has given rise to remarkable language models that can understand and generate human-like text. "Prompt Engineering for ChatGPT," demystifies the intricacies of this ground breaking technology, offering insights and strategies to harness its capabilities.

In their second collaboration, Wilcox and Angelis tell the stories of high school educators who embody best practices in their day-to-day activitiespractices that consistently lead to higher student academic achievement across the core subjects for all students. This book shares results of a multi-case study of how some high schools consistently deliver better student performance, including improved four-year graduation rates. These schools have learned how to successfully adapt to the climate of increased (and increasing) accountability. Best Practices from High-Performing High Schools is for anyone who strives to ensure that all teens graduate from high school and are ready to succeed in college, in their careers, and in life.

In Creating Wicked Students, Paul Hanstedt argues that courses can and should be designed to present students with what are known as “wicked problems” because the skills of dealing with such knotty problems are what will best prepare them for life after college. As the author puts it, “this book begins with the assumption that what we all want for our students is that they be capable of changing the world....When a student leaves college, we want them to enter the world not as drones participating mindlessly in activities to which they’ve been appointed, but as thinking, deliberative beings who add something to society.”There’s a lot of talk in education these days about “wicked problems”—problems that defy traditional expectations or knowledge, problems that evolve over time: Zika, ISIS, political discourse in the era of social media. To prepare students for such wicked problems, they need to have wicked competencies, the ability to respond easily and on the fly to complex challenges. Unfortunately, a traditional education that focuses on content and skills often fails to achieve this sense of wickedness. Students memorize for the test, prepare for the paper, practice the various algorithms over and over again—but when the parameters or dynamics of the test or the paper or the equation change, students are often at a loss for how to adjust.This is a course design book centered on the idea that the goal in the college classroom—in all classrooms, all the time—is to develop students who are not just loaded with content, but capable of using that content in thoughtful, deliberate ways to make the world a better place. Achieving this goal requires a top-to-bottom reconsideration of courses, including student learning goals, text selection and course structure, day-to-day pedagogies, and assignment and project design. Creating Wicked Students takes readers through each step of the process, providing multiple examples at each stage, while always encouraging instructors to consider concepts and exercises in light of their own courses and students.

Unlock the power of GenAI by effortlessly linking your C# and Python apps with cutting-edge models, orchestrating diverse AI services with finesse, and crafting bespoke applications through immersive, real-world examples Key Features Link your C# and Python applications with the latest AI models from OpenAI Combine and orchestrate different AI services such as text and image generators Create your own AI apps with real-world use case examples that show you how to use basic generative AI, create images, process documents, use a vector database Purchase of the print or Kindle book includes a free PDF eBook Book DescriptionIn the fast-paced world of AI, developers are constantly seeking efficient ways to integrate AI capabilities into their apps. Microsoft Semantic Kernel simplifies this process by using the GenAI features from Microsoft and OpenAI. Written by Lucas A. Meyer, a Principal Research Scientist in Microsoft’s AI for Good Lab, this book helps you get hands on with Semantic Kernel. It begins by introducing you to different generative AI services such as GPT-3.5 and GPT-4, demonstrating their integration with Semantic Kernel. You’ll then learn to craft prompt templates for reuse across various AI services and variables. Next, you’ll learn how to add functionality to Semantic Kernel by creating your own plugins. The second part of the book shows you how to combine multiple plugins to execute complex actions, and how to let Semantic Kernel use its own AI to solve complex problems by calling plugins, including the ones made by you. The book concludes by teaching you how to use vector databases to expand the memory of your AI services and how to help AI remember the context of earlier requests. You’ll also be guided through several real-world examples of applications, such as RAG and custom GPT agents. By the end of this book, you'll have gained the knowledge you need to start using Semantic Kernel to add AI capabilities to your applications.What you will learn Write reusable AI prompts and connect to different AI providers Create new plugins that extend the capabilities of AI services Understand how to combine multiple plugins to execute complex actions Orchestrate multiple AI services to accomplish a task Leverage the powerful planner to automatically create appropriate AI calls Use vector databases as additional memory for your AI tasks Deploy your application to ChatGPT, making it available to hundreds of millions of users Who this book is for This book is for beginner-level to experienced .NET or Python software developers who want to quickly incorporate the latest AI technologies into their applications, without having to learn the details of every new AI service. Product managers with some development experience will find this book helpful while creating proof-of-concept applications. This book requires working knowledge of programming basics.

"With job opportunities in decline for youth with no postsecondary degree, and college completion rates especially for students of color stagnating, a high school diploma is no longer enough. To solve this large-scale global problem. High school must be completely redesigned and reinvented providing all students real opportunity with both equity and excellence. P-TECH (Pathways in Technology Early College High School) has done just that by combining public high schools and community colleges in partnership with employers, providing both opportunity and support for all students, regardless of income, race or any screen for admission. Unlike many school models, this innovative and effective approach has spread across the US and around the world, eliminating barriers to replication by engaging all stakeholders. The first P-TECH, opened in a low-income Brooklyn neighborhood, across from a public housing project, and served 100% students of color. It has become the model for school reform across over a dozen US states and nearly twenty countries. Praised by President Obama, governors in red and blue states, and heads of nations, its story is told in this book through the personal stories of students who have destroyed the myths about which students can succeed. Their stories demonstrate that all students, if given the opportunity and support, can reach great heights in high school, college, and career"--

Artificial Intelligence, or AI, has seemingly burst into public consciousness with sudden vigor. Previously relinquished to computer science journals, it erupted as the unrelenting topic of public media with most of the furor surrounding chatbots, like ChatGPT. Although many educators began worrying about the implications of AI in student learning and creative activity, this book will demonstrate that AI can be harnessed as a source of inspiration and meaningful instruction. With an emphasis on useful classroom strategies as well as a consideration of the ethics of AI, this book seeks to start a conversation in this nascent area of research and practice. The primary focus is on the use of AI in the secondary English classroom, but educators in other disciplines will find plenty of ideas and information.