Student Voices: Why We Hate Math
Four students taking precollegiate math classes give their theories about why soooo many students HATE math. This is a short excerpt from a series of student interviews at Los Medanos College posted on YouTube.
LMC Puente/Math: Data and English: An undiscovered country
Announcement!
Lesson study accomplished (but we still have to survey the information gathered, so not completely accomplished but you get what I mean). Our lesson study was organized as a series of three classes with each class serving to build skills and synthesize ideas between the reading and statistical information in regards to social class.
Reflection 2
Day 3, the final day of our study, felt better than day 2. Let me qualify “felt better.” What I mean here is that day 2 seemed to go slowly primarily because students seemed stuck not only in deciphering difficult terminology in the article like “rhetorical fringe” but also because they then had to tie complex main ideas, quotes, and analysis of those quotes to reading data accurately and then being specific with their explanations of that data. Oh yeah, and I add that everything had to connect to the textual main idea and answer a unit question. (I shudder at the ambition of our project.) This is what I observed as helpful to students in terms of seeing and using data; Myra asked two essential questions when she explained how to read the information: who is being described and what is being measured? (The light bulbs that popped on were truly blinding.) I place emphasis on this observation because what Myra asked is what I ask when I teach reading: who is being described and what is taking place? Do you see any other implications? I am eager to hear what you think.
Let me tease out the connection further. By choosing common strategies that will work to connect math and English, students are becoming “literate” in multiple disciplines. I place quotations around this word because I think that literacy is more than the ability to read a novel, a poem, an essay. Literacy is the accumulation and understanding of knowledge, any field of knowledge (and that could mean cultural knowledge as well as skill based knowledge, like, oh yeah, I know who Plato is and of course I know the function of a Z chart, plus let me tell you about AB540 students). In previous conversations with students, the definition of literacy was brilliantly simple: the ability to read and understand what you read.
I end by saying that this lesson was not perfect. I think both Myra and I were putting our best feet forward–teaching-wise–possibly trying to0 much with the hopes of finding out as much as possible. I am at fault. I cooked up the concept while Myra invented exercises that would coincide with what I “cooked up.” The result was yummy, but maybe a little too rich. Before I close let me add what I found delicious: Myra’s “data sandwich.” Here is another common strategy that I use when I teach writing. Essentially, the formula is this: They say x. I say y. The X in this equation is what the author says, the quote. The Y is an analysis of that quote. (Am I using math concepts unknowingly? I’ll admit to enjoying addition and subtraction, maybe even algebra. I definitely like geometry.) The result is a “quotation sandwich.” Don’t groan. I know thousands upon thousands of English teachers use this strategy all the time. I only point out this connection because of what Myra was able to invent to dovetail with this skill: the “data sandwich.”
Questions to consider
Let me work my tired brain a bit more. Should our approach be to invent and connect skill-based strategies rather than thematic approaches for the developmental classes? We fully intend to collaborate on major assignments. However, I am wondering if we should wait until the students reach transfer-level English and math to launch fully integrated projects.
LMC/Puente/Math Lesson Study: Math is fun!
Plan: Co-teach a lesson that combines math and English concepts.
Myra Snell and I cooked up a project that would preview our math/English collaboration for next semester. We wanted to test our theories that math can be relevant /FUN and that math can inform themes of racial and class identity covered in my Puente cohort over two semesters or 1 year. I know! Seems very challenging and me not being a math-y person at all, felt nervous. Truth is I avoid teaching essays that involve any kind of percentages because I find that I am challenged to 1) understand the information myself (which means I am possibly teaching it incorrectly a.k.a. winging it) or 2) help students synthesize textual ideas with data (cold, hard data). This was an opportunity to select a more challenging essay written from an economist’s POV and sprinkled with all sorts of data. I won’t spend much time revisiting details, so I will just add, SEE LMC/PUENTE LESSON STUDY. Long story short, we tried it.
Day 1: Post class observations and follow up questions.
Realization number 1: Math is fun (I still remember what cross multiply means) and students found Myra’s “visualizations” (which I love) of Mantsios’s claims to have had an important impact of their understanding of class in terms of income and wealth. I got the pleasure of observing Myra lay out a clear way for students to create “pictures” to understand concepts like total national wealth versus total U.S. household wealth. In Mantsios’s essay, “Class in America–2003,” he writes that class is not well understood, never discussed, and surrounded by “myths.” He poses several interlocking questions two of which I supply here: Are class differences getting bigger or smaller, and how do these differences impact the way we live? Does everyone in America have an equal opportunity to succeed? Side note: At the beginning of this unit, Money and Success, students self identified as middle-class. They did not view themselves as under privileged and did not see their families as struggling to make ends meet. It would be interesting to insert conjecture regarding cognitive development, but oh well. Myra used columns, pennies, and even a football field to represent the complexities of the author’s argument. The numbers proved to students that wealth is not equally distributed in the United States and possibly that opportunity to advance along the class ladder in the U.S. is limited to a select few (an important moment of growth when discussing concepts like the American Dream). Day 1 of our lesson study presented our team with many more possibilities for math and English to intersect.
Question? These questions may seem to go outside of what we planned in our study, but at least two students talked about how the ideas of the current unit, specifically themes in The Grapes of Wrath, kept popping up in other classes. They seemed excited and empowered to be able to inform and even teach others about what they are learning in English. Does it make more sense to create packaged first-year experience that could include a cluster of classes working with similar themes? What would this mean for student efficacy?
Detailed Inquiry Plan Fresno City College
SUMMARY
The proposed project will focus on enhancing the contextualized basic skills curriculum in Fresno City College’s Career Advancement Academy. The faculty team, comprising English, Math, and Automotive instructors, will examine current contextualized Math and English courses in the Automotive strand of the Career Advancement Academy. The team will evaluate the effectiveness of the current model through pre- and post-course assessments, student interviews, faculty consultation, and data analysis, and will revise course content and structures as appropriate to enhance student success in the Career Advancement Academy and beyond.
Team Leader:
Tamara Glover / Career Advancement Academy Coordinator
559-442-4600 x 2113 Fax: 559-498-8350
tamara.glover@fresnocitycollege.edu
Team Members:
Debbie Ockey / English
Rebecca Benas / English
Rosemarie Bezerra-Nadar / Math
Michael Chicconi / Automotive Technology
Michael Haney / Automotive Technology
PLANS FOR DATA COLLECTION AND ANALYSIS
A. Zoom-Lens Inquiry: Focusing on Students
1) What data will you gather and analyze on individual students? (e.g. student work, self-reflections, interviews, videotaped think-alouds or problem-solving) Using a Lesson Study we plan to evaluate the opportunities for the Basic Arithmetic course. Video taping student work, self-reflections, interviews, think-alouds and problem-solving will be the way in which we capture the students perspective in regards to this Basic Arithmetic Class
2) How do you imagine this data will help you understand the problem/issue you’re investigating? In other words, how does the data connect to and inform the overall focus of your inquiry? We have an immediate problem of low success rates in the math class. We think that by watching students solve problems at the board and interviewing them, we can identify where the students are getting stuck. Once we identify the sticking points, we plan to evaluate the current process and identify where we need to make changes.
3) When and how will you collect this data? (e.g. Which classes will you target? Where will you conduct interviews or think-alouds?) We will begin our analysis in the beginning of March. Our FIN Team will be part of the observation process. We intend to be able to make adjustments for the next course. We will then repeat the process with the next 9-week course.
4) When will you analyze this data? (e.g. mid-semester team retreat, after lesson-study session, at the end of the semester; ) We will have an immediate debriefing after the lesson study. We will then have 3 afternoon sessions to continue our evaluation. During these afternoon sessions we will review the student video and work towards identifying the issues and possible solutions.
5.) How will you analyze the data? (e.g. analyzing student work with a rubric or analytic frame like Polya’s method for problem-solving or Perry’s scheme for student development; analyzing themes in student self-reflections according to their performance in the class – how did the responses of students who did not pass compare/contrast with students who performed well?) To evaluate effectiveness on a student level, we will analyze test scores, assignment success, speak aloud responses, video interviews, and attitudes toward success, using a rubric as a general guideline to analyze growth and success. (See Rubric on Desktop.)
6) What questions/concerns do you have about this element of your Inquiry? How can your Inquiry Coach support you in this phase of your Inquiry? None
B. Mid-Range Shots: Focusing on the Classroom
1) Please name ONE specific lesson in a particular course that will give you a good vantage point for observing student learning relevant to your Inquiry. Within the Math 250 Basic Arithmetic course we will be evaluating the application of unit fractions.
2) How do you imagine the Lesson Study will help you understand the problem/issue you’re investigating about students and their learning? In other words, how does it connect to and inform the overall focus of your inquiry? We have taken an 18-week Basic Arithmetic course and converted it to 9 weeks. We have a variety of social and academic weaknesses with our student population. The students “don’t like math.” We have many areas that could be barriers. As we evaluate the Lesson Study, we will be able to more clearly identify what the sticking points are rather then hypothesizing on the changes that have been made or the difficulties our students face. Once these determinations are made we will then be able to use the knowledge as a platform for evaluating our contextualized math course.
3) When and how will your team conduct this Lesson Study? Please detail the timeframes and participants for the three parts of the Lesson Study process (collaboratively planning the lesson, teaching/observing the lesson, and debriefing/analyzing videotapes & student work from the lesson).
Our Team (Rebecca-English, RoseMarie-Math, Michael-auto, Tamara) will be meeting Thursday, March 5th to begin the planning process. The Observation of the lesson will take place by March 13th. Our follow up meetings will take place; March 13th, March 20th, and March 27th.
4) What kinds of things will the observers be looking/listening for during the lesson? What artifacts of student learning and student experience will the team collect during the lesson? Will you videotape any portion of this process (pre-planning, lesson, debrief)? We will be meeting this Thursday in order to plan for the Lesson Study. We will be videotaping the students work, their work on the board, and conducting student interviews. We will be reviewing all of this data together as a team.
5) What questions/concerns do you have about this element of your Inquiry? How can your Inquiry Coach support you in this phase of your Inquiry? We will probably have questions once we are in the middle of evaluating the Lesson Study.
C. Wide-Angle Lens: Focusing on Larger Trends in Institutional Data
1) What data from your Institutional Research Office will you integrate into your Inquiry? For example, will you look at patterns of student success, defined as grades of CR, A,B, C? Retention rates (completion of semester without withdrawl)? Persistence from one semester to the next, or from one course to the next in a sequence? Comparisons of student outcomes disaggregated by race/ethnicity, gender, age? Data from surveys on student engagement? For a sample Inquiry using this kind of data, go to http://facultyinquiry.net and look for the category “Using Institutional Research,” then see the Learning Community Impact study posted there.) We will be comparing CAA student success rate in Math 250 to that of non CAA student success in Math 250. At this point, we are not looking at going much past that level. At the next stage, we will be using a lot more institutional research.
2) How do you imagine this data will help you understand the problem/issue you’re investigating? In other words, how does the data connect to and inform the overall focus of your inquiry? It will allow us to evaluate if our CAA approach to the Basic Arithmetic class is improving success rates.
3) What questions/concerns do you have about this element of your Inquiry? How can your Inquiry Coach support you in this phase of your Inquiry? Do we need to have much more institutional research at this level?
D. Video Footage
We are asking each team to collect at least 10 hours of video footage in the Spring semester.
1) Beyond plans detailed above, please describe any additional footage you intend to gather. We have already collected 3 hours of video footage. The Lesson Study should generate numerous hours of footage. We will be videotaping student responses to other activities that we are having the students participate in.
2) How will this footage inform the central questions of your Inquiry? With the pre and post student interviews and “aha” moments along the way, our video footage will demonstrate the effectiveness of the CAA approach.
3) What questions/concerns do you have about this element of your Inquiry? Is there any support you’d like from the FIN Leadership Team in this area? None
E. Inclusion of Student Voices
As noted during the Kick-Off Convening, an additional $1,000 will be made available to each team to support making student voices a central part of each Inquiry. We encourage you to be creative and draw upon students as co-inquirers who can provide expertise in helping you understand the problem/issue you are investigating. Please describe how you plan to include student voices in your Inquiry (e.g. hiring students to capture video footage, interview other students, review data from your inquiry and tell you what they see). We have designated funds to compensate two student assistants. These student assistants’ primary responsibility will be to participate in our collaboration meetings and capture video.
TIMELINE/CALENDAR
So that we can visualize how the work will proceed over the next several months, please give a timeline for when the above components will occur. It can be in either calendar or outline format.
March 5th – FIN Lesson Study Planning Session
March 3rd – Tamara to meet with Student Assistance to determine Video Direction
March 4th – Students begin videoing in classrooms and Student Interviews
March 10th – FIN Lesson Study in room T-109 at 1pm
March 10th – FIN Lesson Study Debriefing
March 13th – FIN Lesson Study – Review Video and collaboration
March 16th – Beginning of 2nd 9 week Math 250 Class
March 20th – FIN Lesson Study – Review Video and collaboration
March 27th – FIN Lesson Study – Review Video and collaboration
Los Medanos College Puente/Math
SUMMARY
In collaboration wit h the Carnegie Foundation for the Advancement of Teaching, this project aims to address the low persistence and success rates within developmental Math across the state. Instead of the standard three- to four-semester developmental path toward Calculus, this project will create an open-entry, one-semester accelerated course that prepares students for transfer-level Statistics. This course will be part of a one-year sequence within the Puente Learning Community at Los Medanos. The sequence will build on the spirit and principles of the Puente Program by addressing issues relevant to Latino(a) and Generation 1.5 students; utilizing student-centered, process-oriented pedagogy; and fostering student self-efficacy and leadership. The primary inquiry: How does this experiment impact student outcomes, including rates of transfer-readiness?
PLANS FOR DATA COLLECTION AND ANALYSIS
Zoom-Lens Inquiry: Focusing on Students
1) What data will you gather and analyze on individual students? (e.g. student work, self-reflections, interviews, videotaped think-alouds or problem-solving)
Over the next two years we plan to gather and analyze the following types of data from individual students:
- Student interviews, written reflections, and other artifacts of student experience
- Student “think-alouds” on developmental math concepts
- Student work on selected math assignments and exams
- Student work on selected English assignments
- Student surveys
2) How do you imagine this data will help you understand the problem/issue you’re investigating? In other words, how does the data connect to and inform the overall focus of your inquiry?
At the core of our inquiry is an investigation of obstacles to transfer and a two-pronged hypothesis about how to improve transfer rates of underrepresented and under-prepared students. With a focus on Puente students, we are investigating the impact of identify, self-efficacy, and students’ perception of themselves as leaders on their progress toward transfer. In our first round of interviews with Puente students in spring 2009, we will focus on themes of literacy and identity, education and empowerment, and personal reflections on family, culture and life experience that underlie identity. These questions dovetail with issues investigated in the Puente English classes and will help us probe more deeply into the impact of classroom experience on students view of themselves. During the interviews, students will also analyze a graph of Puente transfer numbers and give us their perspectives on why students don’t transfer.
In addition to issues of identity, efficacy, and empowerment, difficulty in the developmental math sequence is also a major obstacle to transfer. The second prong of our project is an experimental redesign of the developmental math sequence that leads to transfer-level Statistics. In the fall Puente students, regardless of their math placement, will take a new accelerated developmental math course that looks and feels like a course in descriptive statistics, with a “just-in-time” approach to core concepts in arithmetic and algebra that are integral to data analysis skills used in transfer-level statistics. In the spring they will take transfer-level Statistics. In both math courses, students will use data from the existing sources, such as the census, and data they collect in their communities to investigate social justice and empowerment themes developed in the Puente English courses. Our FIN team will use the spring 2009 interviews, “think-alouds” and assessments of prealgebra students to inform the design of learning experiences for this new developmental math course.
3) When and how will you collect this data? (e.g. Which classes will you target? Where will you conduct interviews or think-alouds?)
- Student interviews, written reflections, and other artifacts of student experience
SP 09: videotaped interviews with 2-3 students in the current Puente cohort and 6 students currently enrolled in prealgebra (3 levels below transfer-level math);
FA 09 – SP 10: videotaped interviews of and written reflections by students in the new Puente cohort who are also enrolled in the experimental, accelerated developmental math course and then in the associated section of transfer-level Statistics.
- Student presentations and written work during the Lesson Study; as well as student essays based on the Focus Lesson
SP 09: Our Focus Lesson will span three class periods in March in the current Puente English class (at the level of Eng 1A).
- Student “think-alouds” on developmental math concepts
SP 09: videotaped “think-alouds” with 4 students currently enrolled in prealgebra;
FA 09 – SP 10: videotaped “think-alouds” and/or project presentations with students enrolled in the experimental, accelerated developmental math course and in the associated section of transfer-level Statistics.
- Student work on selected math assignments and exams
SP 09: written work from 30 prealgebra students on a diagnostic assessment of skills relevant to learning goals for the experimental math course;
FA 09 – SP 10: written work on selected assessments from the new experimental math course and the associated section of transfer-level Statistics, including student work on a national statistics exam (CAOS, the Comprehensive Assessment of Outcomes for a First Course in Statistics)
- Student work on selected English assignments
SP 09: essays written after the Lesson Study
FA 09 – SP 10: written work on selected assessments that include statistical evidence or issues relevant to identify, efficacy, and leadership
- Student surveys
SP 09: survey of 90 prealgebra students to identify preconceptions about math and views of self-efficacy relative to learning math;
FA 09 – SP 10: survey of Puente cohort views relative to impact of the Puente program on identity, self-efficacy, leadership, and the relevance of math to their view of the world.
4) When will you analyze this data? (e.g. mid-semester team retreat, after lesson-study session, at the end of the semester; )
We plan to collaboratively discuss data related to identity, efficacy, and empowerment soon after we collect it. The analysis of the math-related data will be done incrementally to inform curriculum development for the new developmental course.
5.) How will you analyze the data? (e.g. analyzing student work with a rubric or analytic frame like Polya’s method for problem-solving or Perry’s scheme for student development; analyzing themes in student self-reflections according to their performance in the class – how did the responses of students who did not pass compare/contrast with students who performed well?)
We are collecting a variety of data from interviews, written reflections, and surveys that will help us investigate student identity, efficacy, and empowerment. We do not have a rubric or schema for analyzing this data yet. We anticipate our work will be inductive here with an eye to understanding the educational experiences and pedagogies that promote the development of academic identity and achievement, a personal sense of empowerment, as well as leadership. We have discussed using a pre-post design and looking at individual student growth in the Puente Learning Community next year. We have also discussed seeking the help of the LMC Student Life Coordinator, Dave Bellman, who has extensive experience with student leadership initiatives.
Some math-related data, such as the student work on math assessments, will be analyzed using rubrics based on those written by the LMC Math Department to determine student achievement of learning outcomes. In other math-related data, such as think-alouds, interviews, and surveys, Myra will look for patterns in students’ ways of thinking that may be helpful in designing or revising the learning experiences in the new developmental math course.
In the Lesson Study, student presentations will help us gauge comprehension of an assigned reading and their understanding of basic math concepts, such as percents, that are embedded in the article. We plan to inductively identify patterns in student thinking that will inform curriculum development for the Puente Learning Community in the fall. In a subsequent essay assignment, we plan to discuss student work with the goal of articulating criteria that will be useful for guiding instruction next fall.
6) What questions/concerns do you have about this element of your Inquiry? How can your Inquiry Coach support you in this phase of your Inquiry?
We need help with developing a schema for discussing and analyzing student data on identity, self-efficacy, and empowerment.
Mid-Range Shots: Focusing on the Classroom
1) Please name ONE specific lesson in a particular course that will give you a good vantage point for observing student learning relevant to your Inquiry.
Using Gregory Mantsios’s essay “Class in America-2003″ (from Colombo, Cullen, and Lisle, Rereading America: Cultural Contexts for Thinking and Writing, 2007) students will discuss the following questions: Are there significant class differences among Americans? If these differences do exist, are they getting bigger or smaller, and do these differences have a significant impact on the way we live? Finally, does everyone in the United States really have an equal opportunity to succeed? We plan to use a jigsaw approach to the article, with students working in groups on sections of the essay. Students will identify main points, then choose and explain both a quote and a piece of embedded data that illustrate or support the main point of their assigned section. Finally, in preparation for an essay assignment, students will analyze graphs of data from the census and choose graphs that can be used as support their responses to the questions above.
2) How do you imagine the Lesson Study will help you understand the problem/issue you’re investigating about students and their learning? In other words, how does it connect to and inform the overall focus of your inquiry?
Our lesson study connects to both strands of our inquiry. Since Mantsio’s essay uses statistical evidence to support an analysis of the class differences in the U.S., this lesson will provide a context for a preliminary investigation of students’ understanding of basic math concepts when these concepts are embedded in a complex argument. This will inform the development of math curriculum that is relevant to the themes of social justice and community activism introduced in the Puente English class while also meeting students where they are in their understanding of fundamental math concepts. Through this lesson we will also investigate how reading strategies used in the English class can be integrated with strategies for “reading” statistical data. Finally, student presentations of their section of the essay will give us a glimpse into student perspectives on efficacy and identity as they reflect on how class differences relate to their experiences and their communities.
3) When and how will your team conduct this Lesson Study? Please detail the timeframes and participants for the three parts of the Lesson Study process (collaboratively planning the lesson, teaching/observing the lesson, and debriefing/analyzing videotapes & student work from the lesson).
Phase 1: Collaborative Planning: February 18 and February 25. Phase 1 involves a discussion of our own understanding of class as well as a dialogue about key ideas in Mantsios’s essay and our goals for student understanding of the statistical evidence used in the essay. In addition, Puente pedagogy is student-centered; this would be an opportunity to begin discussing teaching routines that would bring these practices into the math classroom. Finally, we will discuss the type of data to be collected.
Phase 2: Teaching/Observing the Lesson: March 10, 12, and 19th. The Focus Lesson is really a series of three lessons. The first two lessons focus on student comprehension of Mantsios’ article and the embedded statistical evidence. The final lesson is a set of activities designed to prepare students to write an argumentative essay that incorporates data from the census.
Phase 3: Debriefing/Analysis: End of March, early April. We will discuss student work during the group processing of sections of the article, student presentations of the article, and student work on analyzing graphs of data in preparation for their essay. This will be an early opportunity for us to begin to establish a common understanding of learning goals and desired levels of performance that will inform our collaborative work in our Learning Community in the fall.
4) What kinds of things will the observers be looking/listening for during the lesson? What artifacts of student learning and student experience will the team collect during the lesson? Will you videotape any portion of this process (pre-planning, lesson, debrief)?
During the series of three lessons and later in student essays, we plan to look for comprehension of the myths and realities surrounding class and wealth in the U.S.; this includes an understanding of statistical evidence used in the essay and provided from the census. We also plan to look for indications that students are developing social awareness that is informing identity and a sense of self-efficacy. We will analyze student work on “jigsaw” grids completed during the first lesson, student presentations done in the second lesson, written work and class discussion of statistical evidence from the census in the third lesson, and their written essays.
We do not plan to videotape the any portion of the Lesson Study.
5) What questions/concerns do you have about this element of your Inquiry? How can your Inquiry Coach support you in this phase of your Inquiry?
We need help with developing a schema for discussing and analyzing student data on identity, self-efficacy, and empowerment.
Wide-Angle Lens: Focusing on Larger Trends in Institutional Data
1) What data from your Institutional Research Office will you integrate into your Inquiry? For example, will you look at patterns of student success, defined as grades of CR, A,B C? Retention rates (completion of semester without withdrawl)? Persistence from one semester to the next, or from one course to the next in a sequence? Comparisons of student outcomes disaggregated by race/ethnicity, gender, age? Data from surveys on student engagement? For a sample Inquiry using this kind of data, go to http://facultyinquiry.net and look for the category “Using Institutional Research,” then see the Learning Community Impact study posted there.)
We plan to collect the following institutional data:
- Success in the experimental math course as it correlates with math placement scores
- Transcripts from the last 5 Puente cohorts to identify patterns that might suggest obstacles to transfer (including math pathways)
- Success rates and persistence rates during the Puente First Year Experience
- Completion of 30 transferable units, completion of transfer-preparedness status, and actual transfer rates for the 2009-2010 and 2010-2011 Puente cohorts (of course this will be tracked after the completion of the FIN grant)
- Survey of impact on identity, efficacy, and leadership
2) How do you imagine this data will help you understand the problem/issue you’re investigating? In other words, how does the data connect to and inform the overall focus of your inquiry?
The ultimate goal of our FIN project is to increase transfer rates for underrepresented and underprepared students, specifically in this project Puente students.
3) What questions/concerns do you have about this element of your Inquiry? How can your Inquiry Coach support you in this phase of your Inquiry?
We need help designing a good survey that will help us measure the impact of the Puente Program on identity, efficacy, and leadership.
Video Footage
We are asking each team to collect at least 10 hours of video footage in the Spring semester.
1) Beyond plans detailed above, please describe any additional footage you intend to gather.
At this point we plan to conduct the videotaped interviews and think alouds described earlier.
2) How will this footage inform the central questions of your Inquiry?
Addressed earlier.
3) What questions/concerns do you have about this element of your Inquiry? Is there any support you’d like from the FIN Leadership Team in this area?
We hope that there will be periodic training for student videographers. We will have students co-inquirers on board until the fall.
Inclusion of Student Voices
As noted during the Kick-Off Convening, an additional $1,000 will be made available to each team to support making student voices a central part of each Inquiry. We encourage you to be creative and draw upon students as co-inquirers who can provide expertise in helping you understand the problem/issue you are investigating. Please describe how you plan to include student voices in your Inquiry (e.g. hiring students to capture video footage, interview other students, review data from your inquiry and tell you what they see).
We plan to hire a small set of former Puente students as co-inquirers in the fall. We imagine that they will videotape, interview students, and help us review the data from our inquiry.
TIMELINE/CALENDAR
So that we can visualize how the work will proceed over the next several months, please give a timeline for when the above components will occur. It can be in either calendar or outline format.

About FIN
The Faculty Inquiry Network’s (FIN) purpose is to support professional development which includes: conducting faculty inquiry; revisiting basic skills assumptions; interpreting and integrating data; accessing student voices; developing students as co-inquirers; making visible; using technology for teaching and learning; creating and supporting new initiatives, curriculum and program development; constructing educational tools using digital media; and hosting dialogue around student and faculty learning.
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