Learning Outcome | Exceeds Expectations | Meets Expectations | Approaches Expectations | Does Not Meet Expectations |
---|---|---|---|---|
For normalized learning gains (Hake gains 1, 2) following pre/post- test assessment | High normalized learning gain. g > 0.5 |
Medium normalized learning gain. 0.3 < g < 0.5 |
No significant gain nor loss. 0 < g < 0.3 |
Any significant normalized loss. g < 0 |
1) Problem Setting: Identify or describe a problem or question and its component parts. |
Comprehensively, clearly, and accurately identifies and describes a problem or question and its component parts. | Accurately identifies or describes a problem or question and its component parts. | Identifies and/or describes a problem or question; is missing some components or some components are inaccurate. | Does not identify or describe a problem or question; key components are missing or incorrect. |
2) Recognize Assumptions: Recognize and assess personal and other relevant underlying assumptions. |
Recognizes and thoroughly assesses personal and other relevant underlying assumptions; comprehensively investigates and/or explains the role biases have in shaping points of view, analysis, and conclusions. | Recognizes and assesses personal or other relevant underlying assumptions.
Adequately investigates and/or explains the role biases have in shaping points of view, analysis, and conclusions. |
Recognizes and assesses personal and other relevant underlying assumptions. Does not investigate and/or explain the role biases have in shaping points of view, analysis, and conclusions. | Does not recognize or assess the personal and other relevant underlying assumption. |
3) Evidence: Identify, gather, and analyze the information/data necessary to address the problem or question. |
Identifies and gathers information/data to address a problem or question. Analysis is thorough and reflects multiple sources when addressing the problem or question. | Identifies and gathers information/data to address a problem or question. Analysis is adequate to address the problem or question. | Identifies and gathers information/data to address a problem or question. Analysis is inadequate to address the problem or question. | Does not gather or analyze information necessary to address a problem or question. |
4) Evaluate: Evaluate information/data for credibility (e.g., bias, reliability, validity) and relevance to a situation. |
Comprehensively and accurately evaluate relevant information/data for credibility. Demonstrate skills as evaluators in addition to awareness of the evaluation process. | Accurately evaluate relevant information/data for credibility. Demonstrate adequate skills as evaluators in addition to awareness of the evaluation process. | Evaluate information/data for credibility but may not be fully accurate. Does not demonstrate adequate skills as evaluators in addition to awareness of the evaluation process. | Does not evaluate information/data for credibility. Does not demonstrate skills as evaluators in addition to awareness of the evaluation process. |
5) Context: Identify relevant (disciplinary) context(s) including, as appropriate, principles, criteria, concepts, values, histories, and theories. |
Comprehensively and accurately identifies the relevance of the context in which the problem, event, and/or issue exists, is interpreted, or is perceived. Context is comprehensive and accurate. | Accurately identifies the relevance of the context/environment in which the problem, event, and/or issue exists, is interpreted or is perceived. Context is present and accurate. | Identifies relevance of the contexts in which the problem, event, and/or issue exists, is interpreted, or is perceived.
Context is present but may not be fully accurate. |
Does not identify the relevance of the contexts in which the problem, event, and/or issue exists, is interpreted, or is perceived. Context is not present. |
6) Reasoning/Conclusion: Develop logical conclusions, solutions, and outcomes that reflect an informed, well- reasoned evaluation. |
Shows logical reasoning to reach a valid and thorough conclusion supported by relevant data; a clear and accurate explanation of the conclusion in the context of the problem is present. | Shows logical reasoning to reach a valid conclusion supported by data; an explanation of the conclusion in the context of the problem is present. | Shows reasoning to reach a conclusion but may not be supported by relevant or adequate data; an explanation of the conclusion in the context of the problem is not present. | Does not develop a logical conclusion, solution, or outcome that is supported by data. |
- Hake, R. R. (1998). Interactive-engagement versus traditional methods: A six-thousand-student survey of mechanics test data for introductory physics courses. American Journal of Physics, 66(1), 64-74. doi:10.1119/1.18809.
- Prather, E. E., Rudolph, A. L., Brissenden, G., & Schlingman, W. M. (2009). A national study assessing the teaching and learning of introductory astronomy. part I. the effect of interactive instruction. American Journal of Physics, 77(4), 320-330. doi:10.1119/1.3065023.