TABLE 2.
Student learning outcomes and Bloom's levels
| Category | SLO | Bloom category |
Example indicator | |
|---|---|---|---|---|
| Level | Activity | |||
| C, Concept map the introduction | Describe background information that is relevant to the project | LOCS | Understand | Concisely summarize information about the organism(s) or experimental system |
| HOCS | Analyze | Make an obvious connection between the research question, hypothesis and background information | ||
| HOCS | Analyze | Extensively incorporate background information describing the history of discovery and the establishment of techniques or research strategies used in the project (i.e., what has been done in the field? How did the discipline get here?) | ||
| LOCS | Apply | References are cited for all background information | ||
| Discuss big picture research questions being addressed by the project | LOCS | Understand | Clearly state research questions or problems | |
| HOCS | Analyze | Establish significance of the research question or problem (i.e., why is it important? Why are scientists motivated to study the research question?) | ||
| HOCS | Analyze | Address broader impacts of the project by showing relevance of the research question or problem (i.e., how would answering this question or addressing this problem potentially impact modern science? Society? Our daily lives? Who benefits?) | ||
| R, Read and diagram methods | Summarize specific aims (experimental approaches) of the article | LOCS | Understand | Show clear list of aims or experimental approaches designed to test hypothesis or address research question |
| HOCS | Analyze | Describe experimental approaches designed to address specific aims or hypotheses, including diagrams, flowcharts, or illustrations (break down steps in project plan, incorporating exptl detail for key steps) | ||
| Explain why an experimental approach is appropriate for addressing the specific aims or hypotheses of project (rationale for methods) | HOCS | Evaluate | Cite examples from the literature as evidence | |
| HOCS | Analyze | State expected outcomes (results) | ||
| HOCS | Analyze | Relate how an outcome (result) could address a hypothesis or model | ||
| LOCS | Understand | Explain the theoretical basis of techniques or technology used in the article (i.e., appropriate background for potentially unfamiliar techniques) | ||
| Critically think through experimental approaches | HOCS | Evaluate | Discuss procedural sources of bias or methodological limitations in detail | |
| HOCS | Evaluate | Acknowledge the challenges associated with all experimental protocols | ||
| E, Elucidate hypotheses | State project goal(s) | LOCS | Understand | Clearly state the overall goal of the project as it relates to the research question or problem |
| LOCS | Understand | Give quantitative indication of project scope (i.e., the no. of genes, organisms, or assays under study are indicated) | ||
| LOCS | Understand | Give qualitative indication of project scope (i.e., overall experimental approach; experimental flowchart) | ||
| Rephrase the article's specific hypotheses | HOCS | Analyze | Hypothesis explicitly stated (well thought out, highly developed, engaging and interesting; not confused with specific aims) | |
| LOCS | Understand | Predict outcomes if results support the hypothesis. (For “If… Then…” statement, “then” is identified correctly as the expected outcome) | ||
| LOCS | Apply | Use literature as rationale | ||
| A, Analysis | Analyze data | HOCS | Analyze | Show relevant data that addresses the hypothesis(es) |
| LOCS | Apply | Figures and graphs are titled and axes labeled clearly | ||
| HOCS | Analyze, evaluate | Results are presented with sufficient detail (i.e., controls, experimental conditions, key comparisons, etc., are indicated) | ||
| Interpret and discuss results | LOCS | Understand | Concisely and insightfully summarize trends or patterns from graph or table | |
| HOCS | Evaluate | Present key results; do not focus on extraneous data | ||
| HOCS | Analyze | State relationship between data and controls, standard thresholds, and/or statistical significance | ||
| TE, Think of the next Experiment and significance | Understand significance of results | LOCS | Understand | Summarize key results. Is there a “take-home message”? |
| HOCS | Evaluate | Relate the results to the original hypothesis (support? refute?) or research questions | ||
| HOCS | Evaluate | Recognize discoveries as novel or results as interesting or point out results support previous findings | ||
| HOCS | Create | Generate future directions for research; future directions are reasonable and sufficiently detailed, using creative license | ||
| S, Synthesize a narrative | Create a cohesive presentation | LOCS | Understand | Entire presentation has the same style (writing and graphics), format, tone, and organization (consistent look or flow) |
| Develop a narrative to connect scientific ideas into a cohesive story | HOCS | Analyze | Background has a narrative flow connecting the big picture to specific aims or hypotheses | |
| HOCS | Analyze | Content well-organized, concise, and presented in logical progression | ||
| HOCS | Analyze | Transitions are used between key ideas or results. What do we know? What is the next question? | ||