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Game Changer: The Next Generation Science Educators Today [Minkštas viršelis]

  • Formatas: Paperback / softback, 178 pages, aukštis x plotis x storis: 228x152x11 mm, weight: 245 g
  • Išleidimo metai: 08-Jun-2023
  • Leidėjas: Rowman & Littlefield Publishers
  • ISBN-10: 1475863446
  • ISBN-13: 9781475863444
Kitos knygos pagal šią temą:
  • Formatas: Paperback / softback, 178 pages, aukštis x plotis x storis: 228x152x11 mm, weight: 245 g
  • Išleidimo metai: 08-Jun-2023
  • Leidėjas: Rowman & Littlefield Publishers
  • ISBN-10: 1475863446
  • ISBN-13: 9781475863444
Kitos knygos pagal šią temą:
The book appraises the major science education initiatives and policy transformations with supportive qualitative and quantitative data since the 1957 Sputnik crisis. In addition, the book establishes the intellectual and emotional foundations before building the subsequence of what to teach and how to teach effectively in science education. Find out how you can develop the critical game changing traits to beat the status quo and become the celebrated next generation science educators.

Recenzijos

Great reading for both the experienced science teacher as well as the novice. Professor Wong has produced a book that leads us through the history of the last seventy plus years from Sputnik to where we are today in science education with the New Generation Science Standards (NGSS). In doing so, he describes in detail the complex interactions between the teacher, student, and subject matter during a number of generational program changes. As one might surmise, these interactions are as involved as the sciences themselves, but presented with such clarity when integrated with the NGSS as to cause the reader to thoughtfully consider their own practice with the goal of becoming a true Game Changer. -- John P. Smith, Associate Professor Emeritus, University of Washington, Seattle Dr. Wong successfully attempts, like few others, to recount the vast expanse of scientific discoveries and evolution of science education and provide a cohesive background for science educators. His concise summary and appraisal of facts, time line, and educational issues in tandem with insightful metaphorical stories and examples help provide the structure with which to build a sound philosophy of teaching science. Additional focus on conceptual teaching and educational technology for the teachers tool box is practical and helpful. He does not overlook the learner, emphasizing that education is an art and science with the outcome of achieving student success that also requires conveying acceptance, inclusion, and attention to their social emotional skills. -- Bonnie Beezhold, PhD, MHS, MCHES, Associate Dean College of Science and Public Health, Benedictine University Finally - a highly interesting, motivating explanation of science, its current state in education and the answer to what we should do with it in the field now to move science education forward! -- Robert Anzelde, PhD, Educational Leadership/Curriculum and Instruction

List of Figures and Tables
xi
Preface xiii
1 Looking Back and Moving Forward in History
1(28)
Anticipatory Questions
1(1)
Sputnik Crisis 1957--1976 (Chaturvedi, 2020)
2(3)
Nation at Risk (1983)
5(4)
Project 2061 (1985)
9(3)
Math-Science Partnership (2002)
12(1)
Tapping America's Potential (2005)
13(2)
American Competitive Initiative (2006)
15(1)
A Nation Accountable (2008)
16(3)
America Competes Reauthorization Act (2010)
19(1)
The MAST Program (2011)
20(1)
Academic, Social, and Emotional Learning Act (2011)
21(1)
Next Generation Science Standards (2013)
22(3)
Chapter Takeaway
25(4)
2 Auditing the Science Education Initiatives
29(30)
Anticipatory Questions
29(4)
The Qualitative Investigation (NSF-C-7621134)
33(8)
The Quantitative Investigation (NSF DRL-1008228)
41(8)
The National Assessment of Education Progress (NAEP 2019)
49(3)
The Program for International Student Assessment (PISA 2018)
52(2)
Trends in International Mathematics and Science Study (TIMSS 2019)
54(1)
What Is the Lesson Learned from the Triangulation of NAEP, PISA, and TIMSS?
55(1)
Chapter Takeaway
56(3)
3 Executing the Intended Purpose of a Science Education Policy
59(12)
Anticipatory Questions
59(1)
Scenario I
59(1)
Scenario II
60(1)
A Communication Paradigm of Encoding and Decoding
61(2)
The US Department of Education (USED)
63(1)
The State Board of Education (SBOE)
64(3)
The Regional Office of Education (ROE)
67(1)
The School Board of Education
67(1)
The Science Classroom
68(1)
Chapter Takeaway
68(3)
4 The Intellectual and Social-Emotional Foundation of 2+2 = 4 versus 2+2 = 22
71(30)
Anticipatory Questions
71(3)
Are You a Teacher-Centered Essentialist?
74(1)
Are You a Teacher-Centered Perennialist?
75(1)
Are You a Student-Centered Progressivist?
76(1)
Are You a Student-Centered Social Reconstructionist?
77(1)
Are You a Student-Centered Existentialist?
78(1)
Decisions, Decisions
79(4)
The Social-Emotional Foundation of 2+2=4 versus 2+2=22
83(4)
What Is the Social-Emotional Learning (SEL) Baseline in Your Classroom?
87(2)
How Can You Be the Champion of Social-Emotional Learning (SEL)?
89(7)
Is Social-Emotional Learning (SEL) an Option?
96(2)
Chapter Takeaway
98(3)
5 What Is the Contemporary Landscape of Science Education?
101(28)
Anticipatory Questions
101(1)
The Timeline of Major Science Discoveries
102(2)
Science Is Discoveries
104(2)
Science Is Technology
106(3)
Science and Its Major Divisions
109(3)
Physical Science (Chemistry)
112(3)
Physical Science (Physics)
115(2)
Life Science (Biology)
117(5)
Earth and Space Science
122(5)
Chapter Takeaway
127(2)
6 How Do You Fill the Cup of Science Learning?
129(32)
Anticipatory Questions
129(1)
The Flyover
130(1)
Conceptual Learning and Teaching
130(6)
Learning Outcome
136(3)
Learning Background Check
139(9)
The Learning Experience
148(4)
Explore Learning
152(4)
Chapter Takeaway
156(3)
Acronyms
159(2)
About the Author 161
Ovid K. Wong, PhD, is a veteran public school teacher and administrator before becoming an award winning science education professor at Benedictine University with 35 books published.