What are reflections on learning?
How might reflections on learning be used?
Where can examples of reflections on learning be found?
What are some examples of simple activities used to begin the reflection process?
What are some examples of complex activities used for reflections?
What are some focus questions for reflections?
How does the teacher prepare for assessment using reflections on learning?
Type of objectives |
Thinking skills, problem-solving, reflective thinking |
Number of students |
Large group |
Teacher prep time |
A single two- to three-hour design period |
Class time |
Depends on the length and complexity of the task being reflected upon |
Scoring time |
Long |
Scoring method |
Focused holistic |
Possible problems |
Some reporting may have to be done orally; some parents find questions dealing with student feelings or reflections very offensive; most students will be unable to recall all of the processes they use; equating tasks |
Possible values |
Can provide a tool for lifelong learning; encourages students to develop thinking strategies and internalize the steps to problem solving |
This technique, often used as a subset in journal writing, invites students to report on their own experiences in terms of the steps they used to learn something or accomplish different types of tasks. Students may be better able to handle self-reflections if the questions focus on a specific aspect of a task as it does in portfolio assessment. Self-reflections are a method for looking at the amount of internalizing and understanding students have. This technique can make teachers more aware of the steps or strategies students are using to learn or solve problems.
Student writing can be shared with the class as long as there is a guarantee of confidentiality or permission of the use of names. From class discussion students can add steps in learning they may use but fail to recognize, or they may add entirely new strategies. Personal notes from the teacher on his or her own experiences often enhance reflective works. Community members with interests similar to a particular student may be invited to share the steps or strategies they use.
As students become more familiar with self-reflecting, the tasks can become longer and more complex. The focus questions can become more general as students begin to think in terms of their own learning strategies and steps to problem solving.
This method appears to be used by many problem-solvers as evidenced by the writings of Lorenz in King Solomon's Ring, Heyerdahl in Kon-Tiki, Patterson in The Education of Koko, Feynman in Surely You're Joking, Mr. Feynman, Darwin in The Voyage of the Beagle, and other book or stories by problem solvers. Readings from these sources can provide a stimulus for student reflection, helping to link assessment and instruction. Students familiar with the "scientific method" will recognize that the steps came to be defined as people reflected on how they solved problems. Students using and understanding that they are using problem-solving strategies can and will alter the steps in various ways to suit their own needs and abilities. The methods used by others can add to a student's own strategies, but in reality each person must develop his or her own strategies.
Preparing for reflections on learning is very important if this is to be incorporated into student assessment.
Have students write a three word poem about something beautiful. Have them reflect on the steps that they took to write the poem. A focus question for reflections such as, "What did you do first?" "What steps did you follow?" or "What did you do before you began to write?" Have students share their steps. Be sure that they note that not everyone started the same way and that all of the steps are not the same.
Have students make a prediction about when the sun will rise again. Provide some focus questions such as, "What did you do first to help you make the prediction?" or "What steps might you take to ensure that your prediction is more accurate?"
Have students graph some data. Provide some focus questions such as, "What did you do first to make a graph?" "What steps did you follow to complete your graph?" "How are the steps you followed the same or different from the ones used by your teammates?"
Have students investigate different ways that they can make a floating paper clip sink. Ask students to write down the steps they used to investigate one factor that they investigated. Have them compare the steps they used with those of other teams.
Have students design and carry out an experiment to test the hypothesis that oat seeds germinate faster than rye seeds. Ask students to write down the steps they used during this investigation. There steps may be compared to the "steps in the scientific method" often listed in text books. Be sure that students understand that the steps they used are the correct ones, even though they may not include all of the steps given in a book or may be in a different order. Students must be assured that the steps they have are correct and that they can add to and subtract from this list as they discover the steps they use to test hypotheses.
Use the following types of questions after students have acquired a list of problem-solving steps or strategies.