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Writing Critically in STEAM

by Daniel Ness (Author)
©2024 Textbook XVI, 186 Pages

Summary

Writing can be a tortuous process in any discipline. However, it can be particularly daunting in science, technology, engineering, the arts or architecture, and mathematics (henceforth, STEAM). In fact, it is not uncommon for most STEAM professionals to say things like, "As an engineer, I write only when I have to…" or "engaging in science is easy for me but sitting down and writing my manuscripts are so painful" or "I’m really good at math but I’m a terrible writer…" However, writing can become an easier process in STEAM especially when one’s ideas are fleshed out and organized in a systematic manner. While there are a number of books or articles on reading and writing in specific STEM disciplines, at present, there are no books or supplementary materials that serve to support STEAM learners, practitioners, and even researchers in becoming better critical writers. Writing Critically in STEAM will be the first book of its kind to focus primarily on what the scientist, technology specialist, engineer, artist, art historian, or architect, and mathematician needs to know in order to become a finer writer in one’s field. In addition, given the current post-truth zeitgeist, Writing Critically in STEAM addresses the essential issue of evidence as a means of supporting scientific and scientifically related claims.

Table Of Contents

  • Cover
  • Titel
  • Copyright
  • Autorenangaben
  • Über das Buch
  • Zitierfähigkeit des eBooks
  • Contents
  • Foreword
  • Acknowledgments
  • Introduction
  • What Does it Mean to Write Critically in STEAM?
  • Tools for Writing Critically in STEAM
  • From Brainstorming to Writing Critically in STEAM
  • Writing Critically in the Natural Sciences
  • Writing Critically in Technology
  • Writing Critically in Engineering, Art, and Architecture
  • Writing Critically in Mathematics
  • Questioning Norms in Critical STEAM Writing
  • Glossary of Technical Terms in Writing and STEAM
  • Appendix A
  • Appendix B
  • Appendix C
  • Appendix D
  • References
  • Index

Foreword

Foreword to Writing Critically in STEAM

Daniel Ness is that rare scholar who is a specialist generalist. By that I mean that he has worked deeply in a number of interdisciplinary fields. He not only has produced cutting-edge scholarship in mathematics education, psychology, art and architecture, music education, critical pedagogy and theory, school reform, and the foundations of education, but also has worked at the multiple and generative intersections of these fields. For over 20 years now, I’ve had the good fortune to work closely with and learn from him.

We met years ago as graduate students at Teachers College, Columbia University. For a couple of years, mentored by Dr. Gary Natriello, who was the editor of the Teachers College Record, he and I and a few others did the initial internal reviews for the submissions to the journal. At weekly meetings, we shared and critiqued our reviews. I recall then—and now as I’ve just finished reading his latest work—just how layered and complex his writing was and is. His manuscript submission reviews back then offered a critical examination of power dynamics, explored historical and contemporary debates within a range of fields, and produced and critiqued new knowledge within a wide range of disciplines. His reviews were informative. They were also pedagogical: they scaffolded our cognitive development and helped us to grow as thinkers and scholars. And, perhaps most importantly, they were accessible.

In Writing Critically in STEAM—his latest publication—he is again concise yet expansive. In many ways, considering his career, he was destined to write this book. On one level this book is about how to write in the different STEAM disciplines. We know intuitively that we write differently in mathematics, for example, than in technology, but we don’t always know what the large differences are—not to mention the subtle gray zones between the genres. As Ness teases out these differences, he explores the multiple underlying dynamics of writing that take place before, during, and even after the writing process within STEAM. This focus includes the writer’s stance in relation to thinking, working, and communicating within the different disciplines. It includes subtle differences between the genres within the disciplines, such as those between scientific writing and science writing. And it includes the formation of representation within the disciplines. Referencing Lev Vygotsky, he explores how the process of learning to write transcends the production of text: the concept of symbol formation within such writing leads development.

Examining how representation regulates and structures liberation, Ness highlights a central theme of this book: writing in STEAM can indeed be critical and challenge societal inequities. This critical stance in STEAM writing relates to form, the pronouns writers use, the examples they give, and the assumptions they make. But writing for liberation goes beyond these more formal considerations to include personal history, the value of voice, and the acknowledgement of the humanistic roots of science. Writing in STEAM can facilitate Paolo Freire’s dialogic problem posing and critical pedagogy. As Ness states, “In institutionalizing the status quo, schools have paid virtually all its attention to the memorization of facts and little, if anything, to the development of critical literacy.” Exploring the institutionalization of inequity, he asks a significant and provocative question: “Is adherence to national standards and writing critically in STEAM contradictory?”

In contrast to structures that alienate students from the writing process in STEAM, Ness invites them to find a voice and identity within the process. He states, “Be your own author. Indeed, emulating great models is a good thing, but it’s important for readers to listen to your own voice on a given topic and not someone else’s.” Reading this book has motivated (and empowered) me to write outside my comfort zone in STEAM. For me, knowing how much I have learned from Dan Ness over the years, it was no surprise that I would continue to learn from this text (both about writing and about myself).

As a text that clarifies the layered process of writing in STEAM, this new book contributes greatly to scholarship. But his text goes beyond methods of writing to explore the critical dynamics of writing within STEAM and the intersections between structural equity and individual development.

Perhaps for me the highlight of this text was simply hearing Dan Ness’s personal voice within his writing. You can clearly hear his voice in the following quote:

You joined me on this voyage of STEAM writing at the beginning of the book, but the voyage does not end here. Rather, our investigation in STEAM writing should be the commencement of a life-long voyage, full of writing adventures that are convincing, persuasive, motivating, and exciting for your readers.

Reading this book was a rich journey for me. It took me through over 20 years of Dan Ness’s scholarship (and friendship) to future possibilities of writing within STEAM for social justice.

Richard D. Sawyer, Professor

Department of Teaching and Learning

Washington State University, Vancouver

Acknowledgments

There are several individuals who I cannot thank enough for helping me with this book project. Without their encouragement and support, much, if not all, of the words on these pages would be left void. First, I am grateful to the Peter Lang staff, Alison Jefferson and Joshua Charles in particular, for helping me see this project through from beginning to end. Readers should note that all errors that remain in this book are inadvertent and those entirely of my own doing. I, therefore, take full responsibility for any error or oversight that might be discovered herein. Next, a note of tribute goes to Brett Blake. It is due to her inspiration and assurance of my abilities that I carefully and thoughtfully spilt ink on these pages. Her expertise in critical literacy enabled me to connect critical pedagogy with STEAM and STEAM education. Special thanks go to Shirley Steinberg, Professor of Education at the University of Calgary, who read through these pages and provided extensive suggestions and comments. Rick Sawyer, Professor of Education at Washington State University, Vancouver, also read the manuscript from cover to cover and wrote a praiseworthy foreword to this book; one cannot ask for a more moving and inspiring endorsement! My intellectual conversations on everything about curriculum with Wanying Wang, Visiting Professor at St. John’s University, serve as a beacon that profoundly has influenced me in many a direction. I cannot thank her enough. I am also indebted to my son, Eric, for the completion of this book; his continued interests in music, art, and STEAM subjects have inspired me tremendously. Lastly, this book is dedicated to my mentor, Stephen Farenga, teacher, researcher, Professor of Science Education at the City University of New York, Queens College, scholar, and friend, who, in large part, shaped me into who I am today.

Introduction

Writing can be a tortuous process in any discipline. However, it can seem particularly daunting in the fields of science, technology, engineering, the arts or architecture, and mathematics (henceforth, STEAM). In fact, most of the STEAM professionals with whom I have come into contact have said things like, “As an engineer, I write only when I have to …” or “engaging in science is easy for me but sitting down and writing my manuscripts is so painful” or “I’m really good at math but I’m a terrible writer …” But this does not have to be the case. Despite challenges along the way, critical writing for the STEAM learner, practitioner, and even researcher (yes, I said researcher!)—a group of individuals to whom I will henceforth refer as STEAMers—can become an easier process in STEAM especially when one’s ideas are fleshed out and organized in a systematic manner.

The “A” in STEAM

While there is a rather large selection of chapters or articles on reading and writing in STEM, at present, to my knowledge, there are few, if any, readers or supplementary materials that serve to support researchers and related professionals to become better critical writers. To help fill this gap, Writing Critically in STEAM focuses primarily on what the scientist, technology specialist, engineer, artist, art historian, or architect, and mathematician need to know in order to become a better writer.

Because the arts play an intrinsically important and symbiotically related role in traditional STEM subjects, you will notice that the acronym STEAM is used throughout this book (instead of the more common acronym STEM). We need only think about the field of architecture and the architect’s time- honored tradition of fulfilling three basic so-called virtues, also known as the Vitruvian trinity, of real-world constructions: firmitas, utilitas, and venustas.

In architecture, strength and durability is of fundamental importance. Firmitas is a structure’s level of durability after extended use and exposure to the natural elements. Over the centuries, architects, engineers, natural scientists, and mathematicians have been able to calculate with greater levels of exactitude the expected life spans of their structures. While some of their findings were the result of testing and retesting, others, unfortunately, were not. In fact, most structural change considerations were due to accidents, natural disasters, and human-initiated disasters that necessitated researchers to find ways to address structural or mechanical failures in preventing such occurrences from reoccurring. More specifically, they found that certain materials have greater durability than others. Moreover, since ancient times, some materials such as marble, concrete, and brick, have had the illusion of strong durability. Eventually, these materials proved to be inferior to yet stronger materials like reinforced concrete and steel. From the perspective of the student or professional, firmitas clearly requires the expertise of mathematicians, physical and environmental scientists (Baker, 2017), mechanical engineers, and materials engineers.

The second virtue in the Vitruvian trinity, utilitas refers to a structure’s ability to respond to the needs of its anticipated inhabitants or users. We see the word “utility” in the Latin utilitas. It emphasizes the importance of a structure’s function. The architect’s consideration of function can be applied to structures that are enclosed for human activity, such as schools, hospitals, homes, and skyscrapers, as well as those that are not, such as monuments, radio masts and towers, silos, and grain elevators. Here, the student or professional recognizes and appreciates the need for the expertise of mathematicians, building service engineers, electrical engineers, and mechanical engineers.

Details

Pages
XVI, 186
Year
2024
ISBN (PDF)
9781636673202
ISBN (ePUB)
9781636673219
ISBN (Softcover)
9781636673226
DOI
10.3726/b21092
Language
English
Publication date
2024 (February)
Keywords
Critical Pedagogy Curriculum Theory STEAM Science Technology Engineering Arts Architecture Mathematics Writing Critically in STEAM Daniel Ness Literacy Critical Literacy
Published
New York, Berlin, Bruxelles, Chennai, Lausanne, Oxford, 2024. XIV, 186 pp., 9 b/w ill., 4 b/w tables.

Biographical notes

Daniel Ness (Author)

Daniel Ness is Professor of Curriculum and Instruction at St. John’s University. He has authored numerous articles on cognitive development, play, and curriculum. Ness is the author of Block Parties: Identifying Emergent STEAM Thinking through Play and co-editor of Alternatives to Privatizing Public Education and Curriculum.

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