Pringles 2008 Challenge


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PRINGLES 2008 PARTICIPANTS

PRINGLES PARTNERS MAP (2007)

VISIT THE PRINGLES CHALLENGE BLOG (ACTIVE  FOR POSTING AFTER JANUARY 2, 2008)

 

 

 

 

     

PRINGLES TIMELINE & REGISTRATION

OBJECTIVE

GOAL

RULES &REGULATIONS

 

         

SCORING

REPORTING SCORES

STANDARDS MET

 SURVEY RESULTS

 

PRINGLES    CHALLENGE
PROJECT     INFORMATION

 

 REGISTRATION IS CLOSED FOR 2008

 

 
OBJECTIVE:
For students to design and test a container for shipping a single Pringles potato chip, via the US Postal Service.  The participating schools will match up via this web page.  Students will exchange packages with schools somewhere in the United States.  Upon arrival the packages will be evaluated and scored using the format in the scoring section.
GOAL:
To engineer the package to have the smallest volume and smallest mass that will protect the chip so that it arrives at its destination undamaged.
RULES AND REGULATIONS:

1. Students will use 1 (regular) Pringles potato chip.

2. No substance may be applied to the chip, or the chip altered in any way.

3. The chip must be recoverable and edible (but don't eat them!!!!)  when received by the evaluating school.

4. Students will work individually or in small groups on the design, building and testing of this project. If more than one teacher from a school is sending samples, you might want to create separate groups for each teacher.

5. All packages must be sent via the US Postal Service - First Class Mail!  (please be aware the  there may be a  surcharge for small packages if you stamp them yourself.  It may be advisable to bring them to the post office for stamping!) Packages sent using any other carrier will be disqualified.

6. (Also be advised that there is a 3" x 5" limit on the size of the package, and a fussy postman may reject a smaller package. However in the past many, many packages smaller that 3" x 5" have been delivered, so getting a small package through the mail is part of the challenge).

7. Package must be clearly labeled on the outside with the sending school and group. (if special unpacking instructions are needed they should also be included).

8. Each participating school will send, receive and evaluate packages.

9. Each package must be clearly labeled "PRINGLES CHALLENGE" and addressed to the receiving school, in care of the particular teacher.

10. The sending school MAY write only "Fragile" or "Handle With Care" on the package.

11. It is the responsibility of individual teachers to assure that results are accurate, and that they are exchanged in a timely manner.


PRINGLES SCORING:

The following measurements must be made by the receiving / evaluating team:

a.  Mass of the package in Kg's to at least  3 significant figures.
b.  Volume of the package in cubic centimeters to at least 3 sig. figures.
c.  Intactness score of the chip must be determined from the following scale and awarded by the evaluating school.

 

PERFECTLY INTACT- (like it just left the factory)   100 Points

SLIGHTLY DAMAGED - (cracked, but still in one piece)   50 Points

A CHIPPED CHIP - (chipped along the edges less than 5 pieces)   10 Points

A SPLIT CHIP  -  (chip is broken into 2 fairly equal pieces)   10 Points

SIGNIFICANTLY DAMAGED - (chipped and/or cracked less than 20 pieces)   5 Points

POTATO DUST - (too many to count, more than 20 pieces)   1 Point

d.  OVERALL SCORE: The overall score for a package will be the one used to determining the winners.  This score will be calculated using the following equation:

                                                             Intactness score (c)
OVERALL SCORE     =         _________________________
                                                 [mass in Kg (a) x volume in cc (b)]

Example:

a.  mass = 0.145 kg
b.  volume = 240 cc
c.  intactness score = 100 (perfect chip)
d.  OVERALL SCORE = (c) 100 / [(a) 0.145 kg x (b) 240 cc]

So (d) OVERALL SCORE = 2.87
 

REPORTING SCORES:
All scores should be reported to the sending school using the following format:

1.  Name of students, or identification codes.
2.  Date package was received and condition.
3.  Mass in Kg  (3 sig figs) [(a) from scoring]
4.  Volume in cubic centimeters (3 sig figs) [(b) from scoring]
5.  Intactness score awarded [ (c) from scoring]
6.  OVERALL SCORE (3 sig figs) [ (d) from scoring]
7.  Additional teacher comments
8.  Additional student comments

 PRINGLES TIMELINE

January 2 - 12, 2008

Schools are officially invited to participate in the Pringles Challenge by sending an e-mail to the Gates Intermediate School containing the following information:
  • Name and  full mailing address of the school; 
  • Name and e-mail of main teacher;
  • Name and e-mail of backup teacher;
  • Estimate on the number of students that might participate.
  • Estimate on the number of packages that will be sent.

January 12, 2008

Participation in the Pringles Challenge will be closed.

January 19, 2008

Schools will be told their partner school. See United States Map for Details

January 2 -  26, 2008

Plan, design, and package your entry.

January 29, 2008

Earliest postmark date for sending packages to the partner school.

February 5, 2008

Packages must be postmarked no later than today for delivery to the partner school.

February 16, 2008

Scoring results must be e-mailed to the Gates Intermediate School by today.

February 19 - 28, 2008

Results will be posted to this web site.
 

The Pringles Challenge Project addresses the National Science Education Standards related to technological design.


ABILITIES OF TECHNOLOGICAL DESIGN


• IDENTIFY APPROPRIATE PROBLEMS FOR TECHNOLOGICAL DESIGN.
Students should develop their abilities by identifying a specified need, considering its various aspects, and talking to different potential users or beneficiaries. They should appreciate that for some needs, the cultural backgrounds and beliefs of different groups can affect the criteria for a suitable product.
• DESIGN A SOLUTION OR PRODUCT.
Students should make and compare different proposals in the light of the criteria they have selected. They must consider constraints--such as cost, time, trade-offs, and materials needed--and communicate ideas with drawings and simple models.
• IMPLEMENT A PROPOSED DESIGN.
Students should organize materials and other resources, plan their work, make good use of group collaboration where appropriate, choose suitable tools and techniques, and work with appropriate measurement methods to ensure adequate accuracy.
• EVALUATE COMPLETED TECHNOLOGICAL DESIGNS OR PRODUCTS.
Students should use criteria relevant to the original purpose or need, consider a variety of factors that might affect acceptability and suitability for intended users or beneficiaries, and develop measures of quality with respect to such criteria and factors; they should also suggest improvements and, for their own products, try proposed modifications.
• COMMUNICATE THE PROCESS OF TECHNOLOGICAL DESIGN.
Students should review and describe any completed piece of work and identify the stages of problem identification, solution design, implementation, and evaluation.

Compiled by Tracy Trimpe, Havana Junior High School


 

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