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Integrating Computer Technology into the Classroom: Skills for the 21st Century 4th edition [Mīkstie vāki]

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  • Formāts: Paperback / softback, 384 pages, height x width x depth: 309x212x13 mm, weight: 510 g
  • Izdošanas datums: 21-Jan-2010
  • Izdevniecība: Pearson
  • ISBN-10: 0135145295
  • ISBN-13: 9780135145296
  • Mīkstie vāki
  • Cena: 137,07 €*
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  • Formāts: Paperback / softback, 384 pages, height x width x depth: 309x212x13 mm, weight: 510 g
  • Izdošanas datums: 21-Jan-2010
  • Izdevniecība: Pearson
  • ISBN-10: 0135145295
  • ISBN-13: 9780135145296
These well-respected authors provide a rationale for integrating computers into the classroom curriculum by using them as tool, rather than just an instructional delivery device. Accessible for even teachers with limited computer knowledge teachers are provided with a ten-step NTeQ (iNtegrating Technology for inQuiry) model for developing and implementing integrated lesson plans. Word processing, spreadsheets, databases, publishing software, the Internet, and educational software are all explored, with the goal of demonstrating how to determine whether or not computers should be used and how best to use them.
Helping teachers connect what they are learning to their daily planning and instruction the content within each chapter is also aligned with the new ISTE National Educational Technology Standards for Students (NETS-S) and Teachers (NETS-T), revised in 2007 and 2008, respectively. A new feature throughout the book, The Teacher Diary, documents teacher experiences as they incorporate the NTeQ model in the classroom. The popular NTeQ Lesson Plans have also been expanded to be included in Chapters 7–11.

Recenzijas

[ H]ands-down the best book out there for teaching preservice teachers how to integrate technology into teaching and learning.  Nothing else is as clear and practical a resource.

- Heidi L. Schnackenberg, SUNY Plattsburgh

Preface xix
Dear Teacher xxv
Rethinking Computers and Instruction
1(25)
Key Topics
1(1)
Getting Started
2(1)
Reflecting on What I Know
3(1)
Classroom Snapshot
3(1)
Preparing Students for the 21st Century
4(4)
21st-Century Knowledge and Skills
4(2)
National Educational Technology Standards for Students
6(2)
Linking Educational Reform and Technology
8(7)
Moving from Teacher-Centered to Student-Centered Instruction
9(2)
Creating Open-Ended Learning Environments
11(2)
Achieving Collaborative Learning
13(2)
The NTeQ Model
15(8)
NTeQ Philosophy
15(1)
NTeQ and the Teacher
16(3)
NTeQ and the Student
19(1)
NTeQ and the Computer
20(1)
NTeQ and the Lesson
21(1)
NTeQ and the Standards
22(1)
How Do Teachers Create Standards-Based NTeQ Lessons?
23(1)
Summary
23(1)
Teacher Technology FAQ
23(1)
Technology Integration Activities
24(1)
NTeQ Portfolio Activities
24(2)
NTeQ: Designing an Integrated Lesson
26(31)
Key Topics
26(1)
Getting Started
27(1)
Reflecting on What I Know
27(1)
Classroom Snapshot
27(1)
Designing an Integrated Lesson with the NTeQ Model
28(16)
Specifying Objectives
30(3)
Matching Objectives to Computer Functions
33(1)
Specifying a Problem
34(4)
Research and Analysis
38(4)
Planning the Results Presentation
42(2)
The Teacher's Diary
44(10)
Activities during Computer Use
45(2)
Activities before Computer Use
47(2)
Activities after Computer Use
49(1)
Supporting Activities
50(3)
Assessment
53(1)
Summary
54(1)
Teacher Technology FAQ
54(1)
Technology Integration Activities
55(1)
NTeQ Portfolio Activities
55(2)
Digital Tools in Today's Classrooms
57(34)
Key Topics
57(1)
Getting Started
58(1)
Reflecting on What I Know
58(1)
Classroom Snapshot
58(1)
Using Digital Tools in the Classroom
59(4)
Four Digital Tool Categories
59(1)
Platform
60(2)
Connectivity
62(1)
Device Software
62(1)
File Format
63(1)
Computers
63(4)
Desktop Components
65(1)
All-in-One Desktops
65(1)
Laptops
66(1)
Computer Pros and Cons
66(1)
Mobile Devices
67(9)
Digital Media Players/Recorders
67(2)
Digital Cameras
69(1)
e-Book Readers
70(1)
GPS Navigation Receivers
71(1)
Graphing Calculators
72(1)
PDAs (Personal Data Assistants)
72(1)
Personal Response Systems
73(1)
Mobile Device Pros and Cons
74(2)
Peripherals
76(9)
Audio Devices
76(1)
Interactive Whiteboards
77(2)
Printers
79(1)
Projectors
79(2)
Scanners
81(1)
Science Probes
82(1)
Webcams
83(2)
Peripherals Pros and Cons
85(1)
Data Storage Devices
85(3)
External Hard Drives
86(1)
Flash Drives
86(1)
Storage Cards
87(1)
Digital Storage Pros and Cons
87(1)
Summary
88(1)
Teacher Technology FAQ
88(1)
Technology Integration Activities
89(1)
NTeQ Portfolio Activities
89(2)
Computer Software in Today's Classrooms
91(31)
Key Topics
91(1)
Getting Started
92(1)
Reflecting on What I Know
92(1)
Classroom Snapshot
92(1)
Software Categories
93(1)
Productivity Software
93(8)
Word Processing
94(1)
Spreadsheets
95(1)
Presentation Software
95(2)
Databases
97(1)
Graphic Organizers
97(1)
Graphics Software
98(2)
Digital Audio Editing
100(1)
Digital Video Editing
100(1)
Multimedia Authoring Software
101(1)
Research Software
101(2)
Browsers
102(1)
Search Engines
103(1)
Plug-Ins
103(1)
Communication Software
103(6)
Asynchronous Digital Communication Software
104(3)
Synchronous Digital Communication Software
107(2)
Problem-Solving Software
109(3)
Games
110(1)
Simulations
110(2)
Educational Software
112(2)
Drill and Practice
114(1)
The Teacher's Diary
114(5)
Tutorials
115(1)
Integrated Learning Systems
115(1)
Process Tools
116(3)
Testing Software
119(1)
Summary
119(1)
Teacher Technology FAQ
119(1)
Technology Integration Activities
120(1)
NTeQ Portfolio Activities
120(2)
Think Sheets: Using Technology for Higher-Order Learning
122(23)
Key Topics
122(1)
Getting Started
123(1)
Reflecting on What I Know
123(1)
Classroom Snapshot
123(1)
The Self-Regulated Learner
124(4)
What Is Self-Regulation?
125(2)
Strategies for Self-Regulation
127(1)
Using Think Sheets for Higher-Order Learning
128(5)
Three Types of Think Sheets
128(5)
Components of Think Sheets
133(1)
Implementing the NTeQ Problem-Solving Process
133(3)
Define the Problem
134(2)
Identify What Is Known about the Problem
136(1)
The Teacher's Diary
136(5)
Identify What Needs to Be Known to Solve the Problem
138(1)
Identify Data to Collect to Solve the Problem
138(1)
Determine How to Analyze the Data to Solve the Problem
139(1)
Generate Possible Solutions
139(1)
Determine How to Evaluate Each Solution
140(1)
Select the Best Solution
140(1)
Present Findings
140(1)
Summary
141(1)
Teacher Technology FAQ
141(1)
Technology Integration Activities
142(1)
NTeQ Portfolio Activities
142(1)
NTeQ Lesson Plan
143(2)
Exploring the World Wide Web in the Classroom
145(27)
Key Topics
145(1)
Getting Started
146(1)
Reflecting on What I Know
146(1)
Classroom Snapshot
147(1)
The Internet
147(2)
Using the Web to Achieve ISTE NETS for Students
149(1)
Students Using the Web as a Tool
149(8)
The Web as an Information Source
149(3)
The Web as a Collaboration Tool
152(2)
The Web as a Communication Tool
154(3)
Teachers Using the Web as a Tool
157(4)
Content Management
157(2)
Connecting with Parents and the Community
159(2)
Professional Development
161(1)
Appropriate Practices for the Web
161(5)
District Policies
161(2)
Classroom Policies
163(1)
Copyright Issues
164(2)
Using the Internet with an NTeQ Lesson
166(1)
Summary
167(1)
Teacher Technology FAQ
168(1)
Technology Integration Activities
169(1)
NTeQ Portfolio Activities
169(1)
NTeQ Lesson Plan
170(2)
Word Processing
172(31)
Key Topics
172(1)
Getting Started
173(1)
Reflecting on What I Know
173(1)
Classroom Snapshot
173(1)
Examining Word Processing
174(5)
Basic Functions
175(4)
Word Processing in the Classroom
179(4)
Using Word Processing to Achieve ISTE NETS for Students
180(3)
The Teacher's Diary
183(1)
Planning an NTeQ Lesson Using Word Processing
184(12)
The NTeQ Lesson
184(1)
Specifying the Instructional Objectives
185(1)
Matching the Objective to Computer Functions
185(3)
Specifying a Problem
188(1)
Research and Analysis
189(1)
Results Presentation
189(1)
Planning Computer Activities
190(4)
Supporting Activities
194(1)
Assessment
194(2)
Summary
196(1)
Teacher Technology FAQ
196(1)
Technology Integration Activities
197(1)
Lesson Bytes for Word Processing
197(2)
NTeQ Portfolio Activities
199(1)
NTeQ Lesson Plan
200(3)
Spreadsheets
203(30)
Key Topics
203(1)
Getting Started
204(1)
Reflecting on What I Know
204(1)
Classroom Snapshot
204(1)
Examining Spreadsheets
205(1)
Basic Functions
205(1)
The Teacher's Diary
206(7)
Summary of Spreadsheet Functions
211(2)
Spreadsheets in the Classroom
213(6)
Using Spreadsheets to Achieve ISTE NETS for Students
213(1)
Using Spreadsheets for Learning
214(5)
Planning an NTeQ Lesson for Spreadsheets
219(7)
The NTeQ Lesson
219(1)
Matching the Objective to Computer Functions
219(3)
Research and Analysis
222(2)
Results Presentation
224(1)
Planning Computer Activities
224(2)
Assessment
226(1)
Summary
226(1)
Teacher Technology FAQ
227(1)
Technology Integration Activities
228(1)
Lesson Bytes for Spreadsheets
228(1)
NTeQ Portfolio Activities
229(2)
NTeQ Lesson Plan
231(2)
Integrating Multimedia as a Tool
233(23)
Key Topics
233(1)
Getting Started
234(1)
Reflecting on What I Know
234(1)
Classroom Snapshot
234(1)
Examining Multimedia
235(8)
Basic Functions
235(8)
Summary
243(1)
The Teacher's Diary
243(1)
Multimedia in the Classroom
244(2)
Using Multimedia to Achieve ISTE NETS for Students
245(1)
Planning an NTeQ Lesson for Multimedia
246(6)
The NTeQ Lesson
249(3)
Summary
252(1)
Teacher Technology FAQ
252(1)
Technology Integration Activities
252(1)
Lesson Bytes for Multimedia
253(1)
NTeQ Portfolio Activities
254(1)
NTeQ Lesson Plan
254(2)
Graphic Organizers
256(25)
Key Topics
256(1)
Getting Started
257(1)
Reflecting on What I Know
257(1)
Classroom Snapshot
257(1)
Examining Graphic Organizers
258(3)
Basic Functions
259(2)
Graphic Organizers in the Classroom
261(5)
Using Graphic Organizers to Achieve ISTE NETS for Students
265(1)
Planning an NTeQ Lesson for Graphic Organizers
266(8)
The NTeQ Lesson
269(1)
Computer Functions
269(1)
Research and Analysis
270(1)
Results Presentation
270(1)
Planning Computer Activities
271(3)
Assessment
274(1)
Summary
274(1)
Teacher Technology FAQ
274(1)
Technology Integration Activities
275(1)
Lesson Bytes for Graphic Organizers
275(1)
NTeQ Portfolio Activities
276(1)
NTeQ Lesson Plan
277(4)
Integrating Problem-Solving and Educational Software
281(21)
Key Topics
281(1)
Getting Started
282(1)
Reflecting on What I Know
282(1)
Classroom Snapshot
282(1)
Choosing the Right Software
283(3)
Benefits of Problem-Solving Software
284(1)
Benefits of Educational Software
284(2)
Software Evaluation
286(5)
Software Evaluation Criteria
286(2)
Software Reviews
288(1)
Teacher-Conducted Software Evaluation
288(3)
Planning an NTeQ Lesson for Problem-Solving and Educational Software
291(6)
Six Key Components
292(1)
Computer Functions
292(4)
Research and Analysis
296(1)
Results Presentation
296(1)
The Teacher's Diary
297(2)
Planning Computer Activities
297(1)
Meaningful Integration of Educational Software
298(1)
Summary
299(1)
Teacher Technology FAQ
299(1)
Technology Integration Activities
300(1)
NTeQ Portfolio Activities
300(2)
Teacher, Technology, and the Classroom
302(31)
Key Topics
302(1)
Getting Started
303(1)
Reflecting on What I Know
303(1)
Classroom Snapshot
303(1)
The Technologically Competent Teacher
304(3)
National Educational Technology Standards for Teachers (NETS-T)
305(2)
Preparing to Implement Technology Integration Lessons
307(1)
The Teacher's Diary
308(8)
Preparing Handouts
309(4)
Preparing Technology
313(3)
Managing Student Use of Computers
316(1)
The Teacher's Diary
317(10)
Managing the Classroom Environment
318(1)
Managing the Rotation
318(3)
Managing Student Activities
321(6)
Managing the Resources
327(1)
The Teacher's Diary
327(3)
Computer Care
329(1)
Summary
330(1)
Teacher Technology FAQ
331(1)
Technology Integration Activities
332(1)
NTeQ Portfolio Activities
332(1)
Appendix 333(3)
References 336(10)
Index 346
Gary R. Morrison received his doctorate in Instructional Systems Technology from Indiana University. Since then, he has worked as instructional designer at the University of Mid-America, Solar Turbines International, General Electric Company's Corporate Consulting Group, and Tenneco Oil Company. As a professor at the University of Memphis, he taught courses in instructional design and served as a faculty associate in the Center of Academic Excellence. Presently, he is a professor in the Instructional Design and Technology Program at Old Dominion University, where he teaches courses in instructional design and distance learning. His credits include print projects, multimedia projects, and more than 30 hours of instructional video programs, including a rive-part series that was aired nationally on PBS-affiliated stations.

Dr. Morrison has written more than 100 papers on topics related to instructional design and computer-based instruction and has contributed to several books and instructional software packages. He is co-author of Designing Effective Instruction with Steven M. Ross and Jerold E. Kemp. He is the associate editor of the research section of Educational Technology Research and Development and past president of AEC:T's Research and Theory Division, and Design and Development Division.

Deborah L. Lowther received her Ph.D. in Educational Technology from Arizona State University. Before completing her doctoral work, she was a seventh-grade science teacher. She is currently an associate professor in the Department of Instruction and Curriculum Leadership at the University of Memphis. Her area of concentration is Instructional Design and Technology. She teaches courses primarily focused toward preparing preservice and inservice teachers to integrate computer technology into their curriculum. She also teaches courses that lead to state certification in instructional computing applications. Her research is centered on factors influencing the integration of technology into various learning environments. Over the past 8 years, Dr. Lowther has been very involved with technology integration from the international to the local level. Her involvement includes conference presentations; co-guest editing Technology in the K-12 Schools, a special edition of a national journal; working with multiple grants focused toward technology integration; providing professional development to K-12 schools across the nation. She is currently the Principal Investigator of Professional Development for the Appalachian Technology in Education Consortium.