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VI Assess Student Progress As students complete learning activities and work towards completion of the project, how will you assess their progress? Are there interim products and performances you can use? How will you assess both content and process (e.g. how well are groups working?) Begin selecting interim products and performances by focusing on the following questions:
Keep in mind: multiple intelligences, group v. individual evidence and resource availability
Possible Interim Products
Possible Assessment Methods
VII. ReflectionWhere and how will you build in student reflection? | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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Scoring Guide for: Do you have a better idea? |
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Purpose, Importance
|
The report explains the key purposes of the invention and points out less obvious ones as well. |
The report explains all of the key purposes of the invention. |
The report explains some of the purposes of the invention but misses key purposes. |
The report does not refer to the purposes of the invention |
|
Features
|
The report details both key and hidden features of the invention and explains how they serve several purposes. |
The report details the key features of the invention and explains the purposes they serve. |
The report neglects some features of the invention or the purposes they serve. |
The report does not detail the features of the invention or the purposes they serve. |
|
Critique
|
The report discusses the strengths and weaknesses of the invention, and suggests improvements or new inventions. |
The report discusses the strengths and weaknesses of the invention. |
The report discusses either the strengths or weaknesses of the invention but not both. |
The report does not mention the strengths or the weaknesses of the invention. |
|
Connections
|
The report makes appropriate connections between the purposes and features of the invention and many different kinds of phenomena.
|
The report makes appropriate connections between the purposes and features of the invention and one or two phenomena. |
The report makes unclear or inappropriate connections between the invention and other phenomena. |
The report makes no connections between the invention and other things. |
|
Resources
|
One book One database One internet source One interview |
One book One database
|
One book One internet source
|
Any one source |
|
Presentation
|
PPT with 8 slides, one original graphic, one chart |
PPT with 8 slides including a chart |
PPT with 8 slides |
PPT |
Grade Level: Middle
School
Curriculum Connections:
History, Science, Language arts
Required Software: Microsoft®
Encarta® Reference Library 2005
What's in this Lesson:
Teacher Guide (including How to Begin)
Student Activity, Step-by-Step:
Step A: Explore the Process of Inventing
Step B: Create Your Report
Step C: Present Your
Findings
Teacher Guide
Summary:
In this activity, students will explore the process of invention from an inventor's conception and as a factor of history.
Extensions:
|
• |
Have students create a timeline of all the inventions in either a notebook or piece of banner paper on the bulletin board which shows how inventions were built on previous ones. Coordinate a group or whole-class Encarta multimedia presentation based on this activity. |
|
• |
Facilitate the presentation of student and class projects as part of a class Web site, perhaps linked with the Global SchoolNet Foundation home page, http://www.gsn.org |
l
FPRIVATE
"TYPE=PICT;ALT=Top of page"
Top
of page
Student Activity
Description:
You will research the history and importance of an invention.
Step A
Explore the Process of Inventing
|
1. |
Start Encarta and read the article Invention (device or process), including the sidebar "Landmark Inventions of the Millennium," by Herb Brody, which evaluates the differences between important discoveries and inventions. |
|
2. |
Choose an invention to research. (Tip: To help you select a possible subject, use the keyword "Invention" to find the Encarta list, "Notable Inventions and Discoveries.") |
|
3. |
Browse related entries, multimedia, and Web sites suggested by the Encarta articles on your subject, including a biography of the inventor. Ask yourself: what were his or her intentions for this invention? Is it used in ways he or she imagined? |
|
4. |
Check the Encarta dynamic timeline to find out what other events were happening when this invention was created. How did it influence the events that followed? |
Step B
Create Your Report
|
1. |
Gather information from all appropriate articles, sidebars, media features, and Web sources to describe and illustrate the creation and importance of this invention. (Suggestion: Use Encarta and Web searches to find descriptions and images of products that have resulted from the invention.) |
|
2. |
Be sure to include a picture of the invention or it in use. If you are doing a timeline activity, make sure you know where it would be placed in time. |
Step C
Present Your Findings
|
1. |
Use the Encarta Researcher as your guide to preparing your report. Include any pictures, text, maps, or other items that help illustrate your findings. |
|
2. |
If possible, present an oral report and show the class examples of products that have resulted from this invention. |
Reforming Practices and Traditions
We are into the 21st Century and societies globally are undergoing a paradigm shift. New technologies and inventions have great impacts on our ways of life, including customs and traditions. In this era of societal change there is a tug in many society for keeping the old traditions and customs alive and encouraging people, especially the younger generations, to respect them . There are many customs and cultural practices which are very good, but are fading out and need preservation. Yet, there are some practices which are actually very obselete and are leading the society backwards, making it difficult to practice these traditions and customs when the world is shrinking and people from different cultures are coming closer via telecommuncations. Youth of today must decide which cultural customs and practices need to be preserved and why, which ones to be discarded or improved and why. This project is a place for students to exchange views about their customs and practices and make suggestions for keeping them, discarding them or improving them, rationalising at each step.
|
iEARN participants, join others in this project's interactive forum:
|
Facilitated by: Farah Kamal, Pakistan and Mitra Fatolapour, Iran
Ages: 10-18
Dates: Ongoing
Language(s): English
Contact: For more information about participating in this or other iEARN projects, write to HYPERLINK "mailto:iearn@iearn.org"iearn@iearn.orgHYPERLINK "mailto:iEARN@us.iEARN.org.%20".
Name:
Content Area(s) / Grade Level (s): 7-8 All Subjects
Title of the Project: Do you have a better idea?
Community Connection: An inventor will come and meet the group.
Estimated Timeline: Last Five weeks of School
_______________________________________________________________
I Brief Description of the Overall Project –
What problems / Issues / Questions does this address? Broadly, what will students do?
In this activity, students will explore the process of invention from an inventor's conception and as a factor of history. Students will select an invention that has had a significant impact on their daily lives and report on it in a PowerPoint presentation. Alternatively they may explore a custom.
II Essential or Framing Question
[Insert your framing question and sub-questions (if applicable) here]
1901: Vacuum cleaner: Hubert Booth
1903: Powered Monoplane: Richard Pearse
1903: Powered airplane: Wilbur Wright and Orville Wright
1904: Tractor: Benjamin Holt
1907: Helicopter: Paul Cornu
1907: Vacuum cleaner, (electric): James Spangler
1907: Washing machine, (electric): Alva Fisher (Hurley Corporation)
1908: Geiger counter: Hans Geiger and Ernest Rutherford
1908: Tea bag: Thomas Sullivan
1911: Automobile self starter (perfected): Charles F. Kettering
1911: Cellophane: Jacques Brandenburger
1911: Hydroplane: Glenn Curtiss
1913: Crossword: Arthur Wynne
1913: Radio receiver, cascade tuning: Ernst Alexanderson
1913: Stainless steel: Harry Brearley
1913: X-Ray (improved): William D. Coolidge
1914: Tank, military: Ernest Dunlop Swinton
1918: Pop-up toaster: Charles Strite
1922: Radar: Robert Watson-Watt, A. H. Taylor, L. C. Young, Gregory Breit, Merle Antony Tuve
1922: Water skiing: Ralph Samuelson
1922: Photography : First mass production photo machine:Arthur C. Pillsbury
1923: Sound film: Lee DeForest
1923: Television Electronic: Philo Farnsworth
1924: frozen food
1926: Aerosol spray: Rotheim
1927: PEZ Candy: Eduard Haas III
1927: Photography:First microscopic motion picture camera: Arthur C. Pillsbury
1927: Model T Ford: Henry Ford
1928: Antibiotics: Alexander Fleming (initial discovery of penicillin)
1929: Kinescope:Vladimir Zworykin
1929: Photography:First X-Ray motion picture camera:Arthur C. Pillsbury
1920s: Insulin: Paul Langerhans
1920s: Mechanical potato peeler: Herman Lay
1930: Nylon: Wallace Carothers
1930: Photography: Underwater Motion Picture Camera: Arthur C. Pillsbury
1931: Iconoscope: Vladimir Zworykin
1935: microwave radar: Robert Watson-Watt
1935: Trampoline: George Nissen and Larry Griswold
1938: Ballpoint pen: Laszlo Biro
1939: Helicopter: Igor Sikorsky
1942: Bazooka Rocket Gun: Leslie A. Skinner C. N. Hickman
1942: Undersea oil pipeline: Hartley, Anglo-Iranian, Siemens in Operation Pluto
1945: Slinky: Richard James and Betty James
1945: Nuclear weapons (but note: chain reaction theory was made in 1933)
1946: Mobile Telephone Service: AT&T and Southwestern Bell
1946: Computer: John Mauchly and J. Presper Eckert
1947: Transistor: William Shockley, Walter Brattain, John Bardeen
1947: Polaroid camera: Edwin Land
1948: Holography: Dennis Gabor
1951: Nuclear power reactor: Walter Zinn
1953: Medical ultrasonography
1954: Transistor radio (dated from the from Regency TR1) (USA)
1954: Geodesic dome: Buckminster Fuller
1955: Hair spray Helene Curtis
1955: Hard Drive: Reynold Johnson with IBM
1956: Videocassette recorder: Ampex
1957: Bubble Wrap: Alfred Fielding and Marc Chavannes
1958: Integrated circuit: Jack Kilby of Texas Instruments, Robert Noyce at Fairchild Semiconductor
1962: Space observatory: Ball Brothers Aerospace Corporation [8]
1967: Hypertext: Andries van Dam and Ted Nelson
1969: ARPANET (first wide-area packet switching network): United States Department of Defense
1971: Microprocessor
1971: Floppy Disk: David Noble with IBM
1973: Ethernet: Bob Metcalfe and David Boggs
1973: Genetically modified organism: Stanley Norman Cohen and Herbert Boyer
1973: Personal computer: Xerox PARC
1974: Hybrid vehicle: Victor Wouk [9]
1976: Gore-Tex fabric: W. L. Gore
1977: Cellular mobile phone: Bell Labs [10]
1970s: Leaf blower in Japan
1982: Insulated gate bipolar transistor: Hans Becke and Carl Wheatley RCA
1983: Internet: first TCP/IP network: Robert E. Kahn, Vint Cerf and others
1993: Global Positioning System: United States Department of Defense
1997: Non-mechanical Digital Audio Player: SaeHan Information Systems
1998: Viagra: Nicholas Terret, Peter Dunn (scientist) and Albert Wood
2001: Digital satellite radio
2001: Self-contained Artificial heart
Colt revolver – Samuel Colt
Doppler radar – Christian Doppler (see also: Doppler effect)
Guillotine – Joseph-Ignace Guillotin did not invent the guillotine, but proposed the use of the mechanical device to carry out death penalties in France.
Macintosh (the waterproof coat) - Charles Macintosh
Molotov cocktail – invented by the Finnish army, and named after Vyacheslav Molotov, the Soviet Minister of War
Saxophone – Adolphe Sax, Belgian music instrument designer
While many standards may influence the development of a PBL unit, only identify those standards you plan to measure/assess. Remember, not all standards are created equally so “mix it up”.
Declarative – Content Understanding
Procedural – Process Skills
Contextual – The Application of Content Understanding and Process Skills
1.
English Language Research and Technology
1.4 Plan and
conduct multiple-step information searches by using computer networks and
modems.
1.5 Achieve an effective
balance between researched information and original ideas.
2.
English Language 2.3 Write research reports:
a. Define a thesis.
b. Record important ideas,
concepts, and direct quotations from significant information sources and
paraphrase and summarize all perspectives on the topic, as appropriate.
c. Use a variety of primary
and secondary sources and distinguish the nature and value of each.
d. Organize and display
information on charts, maps, and graphs.
3. Mathematics 1.5 Represent quantitative relationships graphically and interpret the meaning of a specific part of a graph in the situation represented by the graph.
4.Science Investigation 9g. Distinguish between linear and nonlinear relationships on a graph of data.
5. Technology Navigate through a multimedia presentation. Enter, edit and delete information in a spreadsheet/graphing program. Use Delete, coy, paste, cut in graphics program. Format and edit text by highlighting font, size, style.
Final Product, Presentation, or Demonstration
What is the culminating product or presentation? (Remember, it should both complete the project and demonstrate student learning in the standards identified)
What is the audience for the product or presentation? (Remember, a “real” audience is a great motivator for students to produce high-quality products and presentations)
The final project will be a PowerPoint presentation with a minimum of the following:
eight slides with invention, history, inventor, personal use of invention, future of product or
process, comparison with another invention or place, environmental compatibility
of invention, access to invention worldwide
two original graphics
one chart or graph
Begin to organize your tasks and activities into the following categories:
Introductory Activities stimulate student interest in the topic and motivate students to participate in the project.
Instructional Activities through which students learn and demonstrate the knowledge, skills and habits of mind needed to attain the identified standards and complete the project.
Culminating Activities through which students demonstrate their learning of most or all standards identified as the focus of the PBL unit (This would include the “final product or performance” but may also include other culminating activities)
|
Introductory |
Instructional |
Culminating |
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United Streaming Discussion of items in room. life
Article –“Do you have a better idea?”
Readings Interviews
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Use of databases Googling Use of PowerPoint Presentation Speaking practice
Diagrams Flowcharts Drawings Paintings Graphs
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Presentation of Multimedia Performance
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VI Assess Student Progress
As students complete learning activities and work towards completion of the project, how will you assess their progress? Are there interim products and performances you can use? How will you assess both content and process (e.g. how well are groups working?)
Begin selecting interim products and performances by focusing on the following questions:
What standards have been identified?
What learning activities have been identified?
What products and performances might represent student progress in meeting the standards?
Do you need to revisit any of the above?
Possible Interim Products
|
Written |
Visual
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Oral
|
Made
|
Combo |
|
Essays Letters Poems Narratives Reports Directions Quizzes |
Diagrams Flowcharts Drawings Paintings Graphs Maps Blueprints
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Reports Debates Musical Performance Readings Interviews
|
Models Construction Exhibits Sculptures Databases
Videotapes |
Multimedia Web Sites Dramas Experiments Perf. Arts
|
Possible Assessment Methods
Informal |
“Traditional” |
Performance |
ObservationOral Feedback Teacher Logs |
Short Answer Quizzes/Tests
|
Rubrics Checklists
|
|
Interim Product or Performance |
Correlating Standard(s) |
|
Topic, two sources, notes for research
|
|
|
Graphics or model
|
|
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Chart
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The New NEASC Assessment Criteria require that schools demonstrate:
Specific criteria shall be the basis for grading and reporting.
Teachers shall use a variety of assessment strategies.
Teachers shall be able to demonstrate how they use the results of assessments of student learning to improve their instructional practices.
The school shall use its agreed upon rubrics and indicators of successful accomplishment and other data to assess the progress of students in achieving the school’s stated expectations.
How will you assess the final product / performance? (In most cases, it will be by using a rubric)
See rubric. Student must present PPT orally to group—or as an alternative present an enhanced podcast.
How will you use this assessment in grading and reporting? It will be worth one assignment in each class.
How will you use this assessment to improve instructional practice? Student will have this preparation before senior exhibition.
Rubric Scoring Guide for Assessing Student Learning
|
Scoring Guide for: Do you have a better idea? |
||||
|
|
|
|
|
|
Purpose, Importance
|
The report explains the key purposes of the invention and points out less obvious ones as well. |
The report explains all of the key purposes of the invention. |
The report explains some of the purposes of the invention but misses key purposes. |
The report does not refer to the purposes of the invention |
|
Features
|
The report details both key and hidden features of the invention and explains how they serve several purposes. |
The report details the key features of the invention and explains the purposes they serve. |
The report neglects some features of the invention or the purposes they serve. |
The report does not detail the features of the invention or the purposes they serve. |
|
Critique
|
The report discusses the strengths and weaknesses of the invention, and suggests improvements or new inventions. |
The report discusses the strengths and weaknesses of the invention. |
The report discusses either the strengths or weaknesses of the invention but not both. |
The report does not mention the strengths or the weaknesses of the invention. |
|
Connections
|
The report makes appropriate connections between the purposes and features of the invention and many different kinds of phenomena.
|
The report makes appropriate connections between the purposes and features of the invention and one or two phenomena. |
The report makes unclear or inappropriate connections between the invention and other phenomena. |
The report makes no connections between the invention and other things. |
|
Resources
|
One book One database One internet source One interview |
One book One database
|
One book One internet source
|
Any one source |
|
Presentation
|
PPT with 8 slides, one original graphic, one chart |
PPT with 8 slides including a chart |
PPT with 8 slides |
PPT |
Grade Level: Middle
School
Curriculum Connections:
History, Science, Language arts
Required Software: Microsoft®
Encarta® Reference Library 2005
What's in this Lesson:
Teacher Guide (including How to Begin)
Student Activity, Step-by-Step:
Step A: Explore the Process of Inventing
Step B: Create Your Report
Step C: Present Your
Findings
Teacher Guide
Summary:
In this activity, students will explore the process of invention from an inventor's conception and as a factor of history.
Extensions:
|
• |
Have students create a timeline of all the inventions in either a notebook or piece of banner paper on the bulletin board which shows how inventions were built on previous ones. Coordinate a group or whole-class Encarta multimedia presentation based on this activity. |
|
• |
Facilitate the presentation of student and class projects as part of a class Web site, perhaps linked with the Global SchoolNet Foundation home page, http://www.gsn.org |
l
FPRIVATE
"TYPE=PICT;ALT=Top of page"
Top
of page
Student Activity
Description:
You will research the history and importance of an invention.
Step A
Explore the Process of Inventing
|
1. |
Start Encarta and read the article Invention (device or process), including the sidebar "Landmark Inventions of the Millennium," by Herb Brody, which evaluates the differences between important discoveries and inventions. |
|
2. |
Choose an invention to research. (Tip: To help you select a possible subject, use the keyword "Invention" to find the Encarta list, "Notable Inventions and Discoveries.") |
|
3. |
Browse related entries, multimedia, and Web sites suggested by the Encarta articles on your subject, including a biography of the inventor. Ask yourself: what were his or her intentions for this invention? Is it used in ways he or she imagined? |
|
4. |
Check the Encarta dynamic timeline to find out what other events were happening when this invention was created. How did it influence the events that followed? |
Step B
Create Your Report
|
1. |
Gather information from all appropriate articles, sidebars, media features, and Web sources to describe and illustrate the creation and importance of this invention. (Suggestion: Use Encarta and Web searches to find descriptions and images of products that have resulted from the invention.) |
|
2. |
Be sure to include a picture of the invention or it in use. If you are doing a timeline activity, make sure you know where it would be placed in time. |
Step C
Present Your Findings
|
1. |
Use the Encarta Researcher as your guide to preparing your report. Include any pictures, text, maps, or other items that help illustrate your findings. |
|
2. |
If possible, present an oral report and show the class examples of products that have resulted from this invention. |
Reforming Practices and Traditions
We are into the 21st Century and societies globally are undergoing a paradigm shift. New technologies and inventions have great impacts on our ways of life, including customs and traditions. In this era of societal change there is a tug in many society for keeping the old traditions and customs alive and encouraging people, especially the younger generations, to respect them . There are many customs and cultural practices which are very good, but are fading out and need preservation. Yet, there are some practices which are actually very obselete and are leading the society backwards, making it difficult to practice these traditions and customs when the world is shrinking and people from different cultures are coming closer via telecommuncations. Youth of today must decide which cultural customs and practices need to be preserved and why, which ones to be discarded or improved and why. This project is a place for students to exchange views about their customs and practices and make suggestions for keeping them, discarding them or improving them, rationalising at each step.
|
iEARN participants, join others in this project's interactive forum:
|
Facilitated by: Farah Kamal, Pakistan and Mitra Fatolapour, Iran
Ages: 10-18
Dates: Ongoing
Language(s): English
Contact: For more information about participating in this or other iEARN projects, write to HYPERLINK "mailto:iearn@iearn.org"iearn@iearn.orgHYPERLINK "mailto:iEARN@us.iEARN.org.%20".
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