STEM, Theatre Arts, and Interdisciplinary Integrative Learning Bridging the Cultures /

Chi tiết về thư mục
Tác giả chính: Kindelan, Nancy (Tác giả)
Tác giả của công ty: SpringerLink (Online service)
Tóm tắt:XXII, 338 p. 18 illus., 16 illus. in color.
text
Ngôn ngữ:Tiếng Anh
Được phát hành: Cham : Springer International Publishing : Imprint: Palgrave Macmillan, 2022.
Phiên bản:1st ed. 2022.
Loạt:The Arts in Higher Education,
Những chủ đề:
Truy cập trực tuyến:https://doi.org/10.1007/978-3-031-08907-7
Định dạng: Điện tử Sách
Mục lục:
  • 1 Introduction: Why Include Theatre Arts in New Modes of Undergraduate Education?
  • References and Suggestions for Further Reading
  • 2 Meeting the Challenges of Shifting Education Paradigms
  • Introduction
  • Greater Expectations, AAC&U’s Essential Learning Outcomes, and Principles of Excellence
  • Educational Practices
  • Integrating STEM with the Humanities and Arts
  • Conclusions
  • References and Suggestions for Further Reading
  • 3 Let’s Get Started
  • Introduction
  • Liberal Arts, Liberal Education, and General Education
  • Why Integration and What Is It?
  • STEM, STEAM, and SHTEAM
  • Other Examples of Integration (STS, STIRS, and STEMM)
  • Modes of Learning: Multidisciplinary, Interdisciplinary, Transdisciplinary, Integrative, and Applied
  • Transformative Learning
  • Factoring in Implementation
  • Conclusions
  • References and Suggestions for Further Reading
  • 4 Enhancing Learning Through Integrative Education: On the Road
  • Introduction
  • Learning in the Digital Age
  • Integrative Learning: Signature Work and Capstones
  • The Whole Is Greater than the Sum of Its Parts
  • Disciplinary Knowledge Versus Interdisciplinary Connections
  • Additional Roadblocks
  • The Road Ahead
  • From the Inside Looking Out
  • A Call to Action
  • Conclusions
  • References and Suggestions for Further Reading
  • 5 Bridging the Gap Between STEM and Theatre Arts
  • Introduction
  • Theatre Arts Programs and the Theatre Practitioner
  • Signature Pedagogies
  • The Theatre Practitioner
  • The Scientist
  • The Mathematician
  • The Engineer
  • The Scientist, the Mathematician, the Engineer, and the Theatre Artist
  • Liminal Spaces
  • The Artistic Paradox: Humanism Versus Practicality
  • Conclusions
  • References and Suggestions for Further Reading
  • 6 The Marriage of Disparate Disciplines
  • Introduction
  • Bridging the Gap Between Theatre and STEM
  • The Artist as Scientist and the Scientist as Artist
  • Leonardo da Vinci and Johann Wolfgang von Goethe
  • Collaborative Partnerships
  • Conclusions
  • References and Suggestions for Further Reading
  • 7 The Creative Spirit
  • Introduction
  • What Is Creativity?
  • Where Is Creativity?
  • Can Creativity Be Taught?
  • Crossing Boundaries: Myths, Misconceptions, and Labels
  • The New Frontier: “ArtScience” Collaborations
  • Creative Pathways
  • The Practice of Making
  • Design Thinking and Systems Thinking
  • Conclusions
  • References and Suggestions for Further Reading
  • 8 Facing the Creative Imperative
  • Introduction
  • Decoding the Disciplines
  • More About Decoding
  • Unpacking the Language, Strategies, and Creative Process in Theatre Arts
  • No Muses on Stage Please
  • Beyond “Soft Skills”
  • Toward Effective Storytelling
  • What Is an Imagistic Analysis?
  • Practicing the Art of Creativity in Theatre
  • Teasing Out Similarities
  • Divergent and Convergent Thinking
  • Various Positions on the Scientific Method
  • Sharing Creative Practices: Engineering and Theatre
  • Social and Professional Skills
  • Walking the Walk
  • Sitting at the Table of Curriculum Reform
  • Conclusions
  • References and Suggestions for Further Reading
  • 9 Answered and Unanswered Questions
  • Introduction
  • Making the Case
  • Looking Forward
  • The Players and the Process
  • Questions, Concerns, and Suggestions for Further Research
  • References and Suggestions for Further Reading
  • Appendix V1: Good Questions: Drawing on Theater to Educate Reflective Engineers as Civic Participants, by Alison Wood
  • Appendix V2: Constructing and Performing the Self: An Interdisciplinary Course That Transforms Scholars and Selves, by Jonathan M. Adler
  • Appendix V3: Contemplating Science: A New Educational Paradigm for Interdisciplinary and Integrative Learning in Engineering, by Yevgeniya V. Zastavker and Madhvi J. Venkatesh
  • Appendix V4: Theater Brings Community Voice to Bear on Wicked Problems, by Sarah A. Brownell
  • Appendix V5: The Three-Year Theatre Engineering Capstone Experience: Scaffolding the Integration of Theory and Practice, by Rich Dionne
  • Appendix V6: Portfolios That Build Community, by Leigh Witek
  • Appendix V7: Going Beneath, by Lance Gharavi
  • Appendix V8: Transdisciplinary and Multimodal Live Performance Research and Integration into the Curriculum, by Daniel Fine
  • Appendix V9: Data Theatre, by Rahul Bhargava
  • Appendix V10: Mechanics Meets Metaphor: An Interdisciplinary Web, by Liam Hofmeister
  • Appendix V11: A Heart–Brain Connection: What Giraffes Taught Me About Science and the Arts, by Virginia Anderson
  • Appendix V12: Reflections, by Shane L. Collins
  • Appendix V13: Catalyst Collaborative@MIT: Pictures of Practice, by Debra Wise
  • Biographies
  • Index.