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iRubric: Martian Habitation Rubric

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Martian Habitation Rubric Weight in Space rubric This rubric will be used to assess your Model of a Habitation. Rubric Code: AX5C3B7 By Terry9116 Ready to use Public Rubric Subject: Science Type: Homework Grade Levels: 6-8

Weight in Space packet
	Well above standard 4 pts	Above Standard 3.5 pts	At Standard 3 pts	Below Standard 2.5 pts	Well below Standard 1.5 pts
Specific Criteria	Well above standard The criteria meet the 3.5 criteria and are so complete as to give an excellent chance of successful habitation of Mars.	Above Standard The criteria meet the 3.0 level and include criteria to ensure a level of comfort beyond simple sustenance of life	At Standard The Criteria are sufficient to sustain human life on Mars	Below Standard The criteria identified are missing a key aspect for successful habitation of Mars.	Well below Standard The criteria identified are missing multiple aspects necessary to sustain human life on Mars..
Constraints	Well above standard The constraints identified meet the 3.5 criteria and includes all aspects to be addressed to ensure successful habitation of Mars.	Above Standard The constraints identified meet the 3.0 criteria and demonstrate an advanced understanding of the issues in play for sustaining life on Mars.	At Standard The constraints identified are sufficient to allow successful design solutions to be developed	Below Standard An important constraint to sustaining like on Mars is missing, negatively impacting the chances for successful habitation of Mars.	Well below Standard Multiple constraints are missing, making it unlikely a successful design solution can be developed.
Design Solutions	Well above standard The design Solution meets the 3.5 criteria and exhibits a high level of potential to accurately sustain life on Mars.	Above Standard The Design Solutions reach the 3.0 level and allow for a level of comfort that exceeds the basic needs of humans attempting to live on Mars.	At Standard The Design Solutions are adequate to address both the specific criteria and constraints listed.	Below Standard The Design Solution is such that it is questionable whether the habitat presented would sustain human life on Mars.	Well below Standard The Design Solution presented is unlikely to sustain human life on Mars.