Teacher Development

Teachers Solve Problems in Collaboration to Improve Mathematics Instruction in Project RENEW

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Summer Institute, Project RENEW photo.
Teachers investigate current practices and work to improve mathematics instruction for Common Core, Project RENEW photo.

We talk a lot about how isolating it can be to be a teacher, but nowhere is that more apparent than in small, rural districts.  The teachers there are often the only instructor for a single subject.  This is especially difficult for such an important and variable subject as mathematics.  As Phillips and Hughes explain:

“Too often, teachers do not have sufficient opportunities to work together to examine work and structure interventions within their classrooms.

As the new standards are implemented, we must ensure that teachers are not left alone to figure out how best to teach to them.

The standards are an opportunity for greater collaboration, fresher thinking, and a rearticulation of shared goals for teachers and students.

By collaborating with each other and with instructional specialists through cycles of examining student work, creating hypotheses about how to implement common-core-aligned lessons, implementing them, and making adjustments in their practice in real time, teachers can find the best ways to help their students reach these higher expectations while still maintaining individual styles and flexibility.” (2012, Education Week)

With multiple levels and subjects within it, math is a daunting subject to teach.  But that’s what the educators at West Elementary School in Manhattan, Kansas plan to do.

What is Project RENEW?

Project RENEW emphasizes the development of deeper content knowledge among teachers, as well as pedagogical knowledge aligned with a standards-based approach to content teaching. By building a cadre of elite math educators, the teachers at West Elementary School aim to create an easily adoptable model to improve math scores within their district and beyond.

What are the project goals?

Word Cloud from Kansas State Department of Education Math Website
Word Cloud from Kansas State Department of Education Math Website

With the adoption of a much more rigorous set of standards, Common Core Standards for Mathematics (CCSSM), the teachers at West Elementary realized that they must rethink how they teach mathematics. So, they came up with the following goals:

  1. Increase student achievement in mathematics for ALL students in grades K-12.
  2. Strengthen the content and pedagogical knowledge of K-12 teachers.
  3. Increase the implementation of CCSS-based mathematics instruction and curriculum in K-12 classrooms.
  4. Strengthen and expand existing leadership opportunities for teachers in mathematics to enhance collaboration to address the needs of K-12 schools, especially in small rural school districts.

The project proposed that by completing goals two through four (strengthening teachers, instruction and math leadership) that goal one (improved student achievement in math) would follow shortly after.

How did this project strengthen teaching in mathematics?

Project participants attended a summer math academy to develop CCSSM aligned curriculum and tasks. This academy helped the group understand their current practice and focus on ways to improve it.

Summer Institute, Project RENEW photo.
Summer Institute, Project RENEW photo.

First, teachers were pre-tested on their mathematical knowledge in relation to how they would implement mathematical practices in the classroom and had to submit an “action plan related to these practices and instructional strategies used for implementation.”

Next, they were observed during instruction and given feedback during professional development sessions.

In addition to this, teachers in smaller districts nearby that do not have funding for professional development and/or resources were contacted by the teachers from Project RENEW. Together, they were able to share resources and provide professional development for these small districts. Funds provided by McCarthey Dressman Education Foundation were also used to purchase new materials for the academy, so they were able to box up their “used” standards-based textbooks, load them up in a truck and delivered them to four different districts in the area.

How did this project impact the math instruction?

After a year of funding they’ve improved “by leaps and bounds and are ready to tackle the next steps” according to the project report.

The difference between the teacher Pre-Test and Post-Test was phenomenal.  The average score starting out was a 2/7 correct responses and by the end that average had improved to 5/7. That’s 42.8% improvement in teacher knowledge of how to implement math instruction for CCSSM.

Teachers were also observed showing marked improvements on their in class instructional skills, particularly in the realm of “providing problem solving opportunities for their students, requiring productive struggle and discourse.”

To further extend the benefits of the program in their community, the teachers involved in the project were also responsible for disseminating what they learned in professional development sessions with the smaller districts.

What knowledge would they share with teachers exploring similar projects?

Like many of these ambitious projects one of the hurdles that must be overcome is the lack of resources. Even with the grant funding, they were unable to accommodate all the educators they would have liked to. The waitlist for additional involvement is long and shows no sign of letting up, much to the disappointment of those who know the project’s promise.  In the future, they plan to video tape the lessons to help smaller districts to gain access to this valuable resource. This will be a focus in the year to come.

Also of note, the implementation of this program might encounter challenges operating on a larger scale due to the vast time requirements put on the educators and the stipends needed to cover their time.  They hope that in the coming years that the texts, videos, and seminars resulting from this program will be able to be adapted for use by other districts and schools around the country.

Further Readings

Additional Resources

Lesson Study Improves Science Instruction

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Members of 6th grade lesson study team plan research lesson
Members of 6th grade lesson study team plan research lesson

It’s no secret that Lesson Study works.

There are many, well documented success stories and it has been used to great effect in Japan.

There’s a reason Japanese students consistently score in the top ten in the Organization for Economic Operation and Development’s Programme for Student Assessment. But today’s blog isn’t about Japan, it’s about improving the quality of elementary level science instruction and how the educators at Long Branch Elementary in Liverpool, New York are doing it.

What is lesson study?

For those that may not know, Lesson Study is a widely utilized collaborative professional development practice (2015, Wikipedia).  Lesson Study starts with a group of educators that pick a content focus with the express purpose of preparing a research lesson. That group will convene regularly to share research, discuss national, state and local education policies and standards correlating to the subject at hand.  This enables teachers from a wide variety of subjects and disciplines to cross-pollinate their ideas and research with one another in a directed and focused environment.  By observing and critiquing each other’s lessons and delivery these educators are able to elevate each other’s abilities and knowledge base.  And by the transitive property, the students are exposed to a well-constructed lesson plan.

Members of 4th grade lesson study team planning research lesson
Members of 4th grade lesson study team planning research lesson

How are the teachers at Long Branch Elementary using lesson study?

These educators decided to focus their lesson study efforts on the sciences, including studying a national framework for science education and how they could adopt it to fit their specific needs.

According to their proposal, they wanted to be guided by the following three questions:

Pat Guida (foreground)  teaches research lesson as numerous  educators observe and collect data on student thinking  11/14/14
Pat Guida (foreground) teaches research lesson as numerous educators observe and collect data on student thinking 11/14/14
  • How do we design science instruction that makes students’ thinking visible?
  • How can we meet our students’ needs and simultaneously address the new science framework?
  • How will evidence of students’ learning be used to help us revise our original lesson?

What did they learn?

The project at Long Branch Elementary has been so successful that their program and teaching tools have spread to two other schools in the region, with educators from those schools now participating in the lesson study program.  In addition, at the time of their report, they had three out of the four research cycles completed and implemented, with the final research team in the midst of their own cycle and well on their way to completion.

The educators participating expanded their knowledge base about claims/evidence, science content knowledge, and constructivist methods for teaching elementary science.  The teachers also expressed “self-efficacy and confidence in regards to teaching claims and evidence, using inquiry-based instruction and teaching with student science notebooks.”

Dr. Sharon Dotger facilitates a post lesson discussion at Long Branch Elementary School in Liverpool, NY.
Dr. Sharon Dotger facilitates a post lesson discussion at Long Branch Elementary School in Liverpool, NY.

Teachers weren’t the only ones to benefit.  Students had the opportunity to collect data, engage in scientific experimentation and increased the level of science knowledge throughout the course of the cycle.

How did Lesson Study support improved science instruction?

Understandings gleaned from the Lesson Study were used to inform instruction. For example, educators learned that it can be difficult to facilitate discussions with students with varying levels of comfort with the subject matter.  Teachers report that teaching students to make claims based on evidence has been a bit of a pedagogical challenge, as the students tend to confuse evidence with claims. They also found that without visual aids, such as graphs and charts, the difficulty in communicating these ideas increased exponentially. These valuable understandings of what wasn’t working in the science research lessons provided educators with specific modifications they could make in their lessons to make student learning more effective.

What did they learn about implementing Lesson Study?

The structure of their school is not very supportive of lesson study which has forced them to start their meetings during the summer.  They found they cast too wide a net when it came to getting the research groups started and think that scaling down the research lessons will improve the speed in which they can be implemented.

Open Research Lessons at Huntington Hall Commons,  Syracuse University
Open Research Lessons at Huntington Hall Commons, Syracuse University

How can you make this work at your school?

Research and texts on lesson study are not hard to come by.  The biggest challenge you can face is that your school does not have the time or resources to implement the necessary bits and pieces at study inception, however, once the process gets going the road gets easier as the work invested makes future studies easier.  Bottom line? Lesson study works.  Make it work for you.

Learn more about Lesson Study

2015-2016 Application Now Available

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Here’s to another year of enriching and inspiring both learners and educators!

Applications are now being accepted on our website for this year’s application period (January 15 – April 15, 2015).

Please apply early as the number of applications which may be submitted is limited to the numbers below.

You can learn more about McCarthey Dressman Education Foundation’s 2014-2015 Grant Recipients here.

Teacher Collaboration Creates Real World Learning and Assessment at San Francisco Community School

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Students working on their projects while being overseen by an instructor.
Students working on their projects while being overseen by an instructor.
Collaborative Planning for Project Based Learning

Teaching, despite being surrounded by literally hundreds of human beings on a daily basis, can be a very isolating profession.  An educator could be likened to being a single island in an archipelago.  While they are a part of an entity larger than themselves the vast gulfs that separate them keep them from fully benefitting from each other’s resources.  Coupled with the daily slog through textbooks, homework, and testing, it’s easy to see how a teacher’s passion for education could wane.  Is collaboration with other teachers a way to improve teaching and learning? The educators at San Francisco Community School (SFC) proposed exactly that in the Collaborative Planning for Project Based Learning project funded by McCarthey Dressman Education Foundation.

What exactly is Project Based Learning (PBL)?

According to the Buck Institute for Education PBL is “a teaching method in which students gain knowledge and skills by working for an extended period of time to investigate and respond to a complex question, problem, or challenge.”  You can learn more about types of PBL from John Larmer at Edutopia. Put more simply, it’s learning by doing.  PBL is a model that shifts its focus away from a teacher-centric approach and emphasizes student directed assignments. With a focus on relevant assessment and real world relevance, PBL is a very exciting alternative for both students and teachers to traditional classroom learning.

Students working on an agriculture based project.
Students working on an agriculture based project.

What are the benefits of PBL for teachers and students?

According to the National Education Administration, PBL “makes learning relevant to students by establishing connections to life outside the classroom and addressing real world issues.  In the classroom PBL gives teachers an opportunity to build relationships with students by acting as their coach, facilitator, and co-learner.”  In the past few years the increased access to technology in schools, even underprivileged ones like SFC, makes this type of learning much more accessible.  The large format of the projects also lend themselves to being easily shared between teachers and with parents who are invested in the student’s learning process.

How are the educators at SFC implementing PBL?

It’s not an easy approach, especially if you have limited resources and time.  According to the original proposal by Jessica Fishman, who is spearheading the project, “The Collaborative Planning Project (CPP) will allow SFC teachers to work together for three days in summer study groups to establish essential learning objectives, develop long-term project-based curriculum and develop common learning strategies for the coming year.”

Students observing sea lion behavior for a project about marine life.
Students observing sea lion behavior for a project about marine life.

The teachers used the text Understanding by Design by Wiggins & McTighe as their guide as they work through the ideas of backwards design and the building blocks of project based learning.  The teachers were also be divided into groups based on grade ranges so that, when sharing, they could manage and engage each others needs and expectations as students moved through the school.  This collaboration will create essential bridges between educators so that ideas and proposals may flow more easily between them.

After two years of implementation, where are they now?

Jessica Fishman was happy to report that the project met or exceeded all the goals they had set.

According to the proposal the goals were as follows:

  1. Project-based learning methods to support student learning in real-world, meaningful challenge-driven projects.
  2. Teachers will identify and develop performance-based assessment opportunities and rubrics that are aligned to the projects and indicate the extent to which students have mastered the essential learning outcomes.
  3. Culturally-relevant instructional strategies designed to engage and support students who are traditionally under-served by public schools.
  4. Vertical alignment and calibration of expectation and rigor K-8.

    Student projects about volcanic eruptions.
    Student projects about volcanic eruptions.

By working in their individual grade level groups the teachers created concrete plans for their fall cycle. Not only did they create a solid collaboration plan, they created a set of assessments along with K-8 vertical integration and alignment.  The problem they’ve run into both years was that very few teams had time to do initial planning. As a result, many teams were forced to meet again over winter break to finish their planning for the spring.  The extra time spent in each others company only strengthened the personal and professional bonds between their educators.  Now, with the project plans in place, it’s a much smoother transition for new teachers joining the project.

When teachers are able to truly collaborate it opens up worlds of opportunities, not only for the students, but for the educators as well.  There is no reason to cease learning, especially when one is a teacher.  The benefits of project based learning are clear, but the added collaboration between educators will only amplify that effect.

Further Reading

Lesson Study: Improving Science at Willow Field Elementary School

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Students investigating how the liquids move and change in bottles as they roll down a clipboard ramp. A data collector and teacher Sue Osborne (blue shirt) watches the students' reactions.
Students investigating how the liquids move and change in bottles as they roll down a clipboard ramp. A data collector and teacher Sue Osborne (blue shirt) watches the students’ reactions. Microphones connected to iPods are used to record students’ discussions and utterances.

One of the biggest factors in positively impacting student learning is teacher’s self efficacy and skill in communicating quality instruction.  If you aren’t a natural communicator, this isn’t the easiest skill set to develop. With an increased emphasis placed on ELA (English Language Arts) and mathematics instruction at the elementary level, science instruction seems to have fallen through the cracks.  The teachers at Willow Field Elementary in Liverpool, NY have developed a proposal to address that very issue.  How do they plan on doing this?  Through “Lesson Study.”

What is lesson study?

It’s also known as kenkyu jugyo in Japan, where the technique was developed. It’s focus is on teacher collaboration to discuss learning goals and planning actual classroom lessons.  This is followed by observation and revision so that other teachers can benefit from it. According to their original proposal, a lesson study cycle begins with a team of educators who determine the content on which they want to focus for the purpose of preparing a research lesson. In this case, it is with a focus on science education, though the model can be adapted to fit any subject.

Graphic from National Teacher Enquiry Network's What is Lesson Study?
Graphic from National Teacher Enquiry Network’s What is Lesson Study?

How does the project work?

The project team meets regularly to study and discuss the national, state and local standards and reviews educational research regarding the content. In Willow Field Elementary’s case, they’ve been studying the new National Framework for Science Teaching, recent journal articles from the field of elementary science education and consulting with the Department of Science Teaching at Syracuse University to become more knowledgeable in elementary science content and teaching practices. Using what they’ve learned, they will collaboratively write a lesson plan, which will be taught to a group of students while at the same time having the lesson video taped for further discussion. All of this is done with the end goal of improving instruction.  How specifically? By starting to teach more science than in the past, teachers gain comfort and improve teaching effectiveness. When combined with studying the national framework, research literature, and the data they have collected about student’s learning process and outcomes, teachers can more easily pass on what they have learned to other professionals.

What did the teachers study?

Three questions, specifically, are guiding teacher learning in this project.

  1. How do we design science instruction that makes students’ thinking visible?
  2. How can we meet our students’ needs and simultaneously address the new science framework?
  3. How will evidence of students’ learning be used to help us revise our original lesson?

How did they find the time?

Because lesson study requires teachers have time to plan, observe and reflect with each other, scheduling is difficult. With the logistical challenges inherent in this model, they have certainly faced an uphill battle.  Gearing up in August was required; team members needed time to plan. The project went into full swing of September 2012 with nine elementary school teachers and a building principal meeting a Syracuse University doctoral student and science education professor to discuss the overview of the Lesson Study process to those new to the method.  Shortly after, they met to determine their over all research focus.

Their goals:

  1. Students will be problem-solvers.
  2. Students will be inventive, creative and curious.
  3. Students will be risk-takers.

To help focus their efforts, teachers broke into three smaller teams, each dedicated to a grade and content specific focus.

  • 2nd Grade Science- Understanding the Specifics Matter (two second grade teachers, doctoral student)
  • 4th/5th Grade Science- The Force of Magnetism (two 4th Grade and one 5th Grade teacher)
  • 6th Grade Art – Observational Drawing to Support Sketching in Science Notebooks (two Art teachers, one 6th Grade and one 3rd Grade teacher)

Once the teams were in motion, they could follow the traditional model for the next semester. So after a year and a half of the program, how is lesson study impacting the students and teachers of Willow Field Elementary?

Students observing the properites of a liquid in bottles before investigating them as a data collector looks on.
Students observing the properties of a liquid in bottles before investigating them as a data collector looks on.

Impacting teachers, students, and administrators

With time, support and resources for lesson study, what were the teachers of Willow Field Elementary able to achieve?

  • Teacher participants gained further pedagogical content knowledge with regard to science content knowledge, observational drawing and uses in science and, constructivist methods of teaching elementary science (versus direct instruction)
  • Teacher participants expressed increased self-efficacy and confidence
  • Students gained experience collecting data
  • Students benefited from the many revisions to the lesson during the lesson study cycle
  • Students engaged in authentic scientific experimentation
  • Students gained content knowledge
  • Students who volunteered on the Professional Development Day had the benefit of seeing their teachers as learners.  They also experienced pride in playing a role in their teachers’ professional development.

In their project update, members wrote “Our lesson study team garnered increased support from the district administrators.” Seeing the model in action “allowed them to recognize the benefits of lesson study as an authentic model of professional development.”

Teachers debrief after a second grade lesson study..
Teachers debrief after a second grade lesson study.

How could the project be improved?

With all of the positive outcomes, members reflected on ways to improve on their experience. They found it especially challenging to differentiate lesson study for the experienced and novice participants, though in future iterations this problem may simply solve itself through teacher collaboration.  Scheduling and logistics, as always, was a nightmare.  But the biggest problem they faced was that the current school structures do not support lesson study mechanisms. In order to widely adopt this model for nationwide consumption, a massive overhaul of our education system would be needed.  However, for the individual school this method can prove invaluable in improving teaching and communication skills thus facilitating improved learning.

Further Reading

Schools in the News using Lesson Study

Project Go! Lab Classrooms offer job-embedded professional development

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"We are changing the way we provide professional development for teachers by making sure the work is being done in real classrooms, with real students, and in real time."

One of the problems facing educators today is the lack of time for personal and professional development. With overcrowded classrooms and heavy course loads it has become very difficult for many teachers to hone their craft or improve their teaching skills.  This is a problem the teachers surrounding Project Go! at Rowe Middle School in Portland, Oregon are trying to address. Their strategy? Take a proactive approach to change, by improving and sharing their teaching craft through lab classrooms. Project Go! involves an ongoing series of lab classes, opening classroom doors to coaching in the midst of teaching.  With classes often at capacity and teachers being forced to take their own, limited, time for professional development this project takes bold steps toward teacher development.

How does it work?

The first step Project Go! has taken to ensure teachers and educators have the time for professional development is to write half day substitutes into the budget.  That way a teacher isn’t required to come in on an evening or weekend and they can rest assured that some one is teaching their students. With this half day, the teachers are given the opportunity to participate in teaching labs.  Teachers participate in a preliminary meeting, lab site learning and debrief. With teachers being given opportunities to participate in these half-day labs, Project Go! supports their goal that “every educator engages in effective professional learning everyday so every student achieves.” Instructional practices, behavior management techniques, and pacing are all things to be discussed and deconstructed for the benefit of the educator. When paired with ongoing assessments, the teachers quickly find themselves with more education resources at their fingertips.

Teachers need learning structures that empower them professionally and enable them to collaborate with colleagues. (2010, ASCD)

So what do these labs look like? 

Each lab takes a half day: an hour for a pre-briefing/discussion of what will be seen, the actual teaching, and the debrief to name and discuss what was seen, analyze the teacher choices and the student engagement.  This model integrates the professional learning along with the learning of their students who will be gleaning the direct benefits of their teacher’s professional development.  Not only that, the students will get to observe the review process where the teachers discuss with each other on their progress as teachers, and at the same time giving the students a better understanding of the tools and methods that will be utilized in the future.

How is this program unique from other professional development or peer review proposals?

Project Go! supports the newest teachers in the profession, setting the environment of a school in which doors are open, risks are taken, feedback is honest and immediate change is an ongoing reality. Mid-career teachers, who have often gotten used to being the only adult in the room, will find it energizing, intellectually stimulating and welcoming to either share their practice or participate by watching and dialoguing about a colleagues craft. Veteran teachers are equally invited into an invigorating opportunity for growth; many veteran teachers have so much to teach our newer teachers but have no means in which to do so. By facilitating the purposeful opening of the teaching practice Project Go! provides a time and place for teachers to participate without hamstringing them by adding extra workload.

What has been learned in the three years this project has been operating?

According to their report, the program has had a significant affect on teacher learning and therefore on student learning.

“We are changing the way we provide professional development for teachers by making sure the work is being done in real classrooms, with real students, and in real time.  This models the metacognitive processes that teachers go through as they plan, teach, and reflect.  A pleasant and meaningful surprise that has manifested itself throughout the past three years has been our students observing and learning from our metacognition. Students share how much they learn from listening to the teachers dialogue with one another. They give us insight into what is helpful/not helpful in the process of teaching new information.”

That being said, they have not been without their challenges.  Scheduling labs around different teachers classroom schedules has proven more difficult than anticipated.  The educators also have some worry over the sustainability of the project, due to the sub coverage. This lead them to reach out to Portland State University and form a partnership with the goal of identifying new strategies for sustaining this model. Though new strategies will take time to implement, teachers are encouraged by the practice of learning from colleagues in action.

All in all the teachers of Rowe Middle School have taken a very proactive approach to improving their craft and educational standards.  Through collaboration and evaluation, these teachers have seen improvements in both their educator peers and students.  With budgets growing ever tighter, this may be a difficult model for other schools to follow, but the rewards are clear.  Any school wanting to create an environment of professional cross-pollination, where teachers are working with teachers and students gain the benefit should look into building a Project Go! of their own.

Related links

Opening Classrooms with Teacher-Led Learning Communities

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Visible Learning for Teachers: Maximizing Impact on Learning by John Hattie
Visible Learning for Teachers: Maximizing Impact on Learning by John Hattie

As we wrote earlier this year, “Among the many challenges facing us in education one of our most formidable foes is the comprehension gap, across all content areas, between students of low socioeconomic status and those of high socioeconomic status.” The multi-year project Opening Classrooms to Close the Knowledge Gap‘s goal was to enhance students’ ability to develop literacy across the diverse content areas.  In the first post, we shared how teachers at School for the Future in New York City had addressed students’ ability to work autonomously through Peer Assistance and Review seminars that took place after school.

In this post, we’ll look at how the project worked to build a school wide culture of Teacher-Led Professional Learning Communities.

A professional study group around lesson analysis

To support the goal of building this teacher-led culture, School for the Future teachers engaged in a professional study group around a shared text, John Hattie’s Visible Learning for Teachers.  This book challenged their thinking and pushed the teachers into incorporating many of the exercises into their own coursework.  A specific example from the book gave instructors a simple three-step process to analyze their own lessons by looking specifically at the learning intentions.

  1. What is the outcome I am tracking progress toward?
  2. How do I track progress toward that outcome?
  3. How do students track progress toward that outcome?

In establishing the learning intentions the teachers looked at two things; skills necessary for participation in a democratic society and skills necessary for success in secondary and post secondary school.

Improving feedback on persuasive writing

What did teachers choose to focus on?  Persuasive writing.

“We were intrigued by all of the different ways that we could offer feedback to our students,” shared Anna Casteen and HB Bruno (9th grade Inclusion Teacher and 9th grade Science Teacher) in their video presentation.
“We were intrigued by all of the different ways that we could offer feedback to our students,” shared Anna Casteen and HB Bruno (9th grade Inclusion Teacher and 9th grade Science Teacher) in their video presentation.

Although the teachers understood the need to zero in on writing performance, the students were somewhat harder to reach.   To assist, teachers established another simple method of tracking student progress that included a common rubric that was used on every persuasive writing task and an online grading platform accessible to students, teachers, and parents.

Every participant teacher constructed a video that encapsulated how participating in the study group enhanced their professional practice.  During the first year, only 11th and 12th grade teachers participated while in the second year it was expanded to include 9th and 10th grade teachers.

After the first year each of the participating instructors constructed a video encapsulating what they gained from participation and how the study group improved their professional practice. In this example, Scott Chesler, Inclusion Teacher, explains the impact of the teacher led professional development community.

In the videos teachers spoke how the group led them to alter how they gave feedback to students, leading the students to get to know more about themselves as writers. Teachers noted in their annual report that they are attempting this change from the bottom up rather than the top down.  For example, teachers like Stephanie Van Duinen (9th grade social studies) asked students for feedback about the course and then analyzed the information. When she learned that a signifigant group of students needed more feedback, she worked with her professional learning community members to form an action plan for providing “in the moment feedback” so that students could use the information to improve their work as soon as possible.

This was a highly rewarding experience as it forced me to reexamine my beliefs about my own personal practice and think not so much about my methods of teaching but about their effectiveness.

-Stephanie Van Duinen, 9th Grade Social Studies Teacher
School of the Future, Manhatten, NY

One teacher reported that the course helped him realize that student expectations have a high effect on performance so he reimagined his course to track individual student goals, regularly meeting with the students as he coached them forward. Jessica Candlin, 11th Grade English Teacher, presented how she used commenting features in Google Docs to support enhanced feedback for student writing in the slides below.

This slideshow requires JavaScript.

Teacher-led collaboration creates powerful connections

Although there was a certain amount of trepidation when new teachers were introduced into the program during the second year, the collaboration ultimately led to powerful connections between  educators. Teachers reported they could have started earlier in the year to complete the project.  While it seemed like March would be an ideal start time, as most teachers have “settled” into their schedules, it made it difficult for them to get their video materials together in time for the deadline. In the future, the teacher led professional learning community will be able to draw on the important learning experiences from this project and continue making an impact on student literacy.

Learn more

Explore the following articles about teacher-led learning communities to learn more.

Minority and economically disadvantaged students benefit from unique enrichment programs

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[Our] projects are outstanding in their conceptual sophistication, their real-world significance and their collaborative focus. Our newly funded projects help students achieve Common Core Standards, but also go beyond the standards to develop innovative contributions to their communities.”

-Sarah J. McCarthey, President
McCarthey Dressman Education Foundation

 

Engage, Enrich, Inspire! Exceptional Projects and Scholars Funded for 2013-2014

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Students participate in inquiry based science in 2012-13 MDEF funded effort The Water Quality Project. Click to read more about it.
Students participate in inquiry based science in 2012-13 MDEF funded effort The Water Quality Project. Click to read more about it.

The McCarthey Dressman Education Foundation is proud to announce the 2013-2014 McCarthey Dressman Education Foundation Funded Projects. We have included a project summary so you can learn a little bit more about them! Congratulations to the awardees.

Academic Enrichment Grants

ESD: Sustainable Education Through International Understanding
Merinda Davis Lakeridge
Junior High School, Orem, UT

Getting students interested and invested in the environment is a great way for them to connect with the world on a more global scale. After all, the state of the environment affects all of us, not just students in this country. Integrating sustainable education through international understanding helps grow a students world view while teaching them lessons that will apply to their daily lives. This is what the team behind ESD (Education of Sustainable Development) at Lakeridge High School aims to do. Students and staff will have opportunities to observe, analyze, evaluate and integrate sustainable perspectives and practices into all facets of their lives. This grant will allow the team to work cross curriculum, especially with science teachers, through seminars and workshops enabling educators to incorporate the sustainability lessons into their own lesson plans, seamlessly. By the end, all participating students will have produced video documentaries, PSAs and sustainable based community service projects.

Mariachi Cascabel Youth Organization
Daniel Dong
Billy Lane Lauffer Middle School, Tucson, AZ

It’s no secret that students involved in music tend to excel in math and reading learning rhythms and decoding notes and symbols. Billy Lane Lauffer Middle School aims to take advantage of this by implementing a Mariachi program at their school. As it stands there are no programs like this anywhere close to their district, and with a primarily minority student body, a mariachi program will give many students a chance to connect with their roots and culture. One of the aims of this program is to broaden its reach within the student body. Unfortunately, the trappings of a Mariachi do not come cheap. Students are required to provide their own instruments and uniforms (called “Traje de Charro”), and while a few students may have some of the required items passed down to them, many students simply do not have access. With the help of the McCarthy Dressman foundation, this program hopes to broaden the students access to instruments and uniforms so that more students can participate in this important cultural tradition.

Teacher Development Grants

The Workshop Model: Building Students’ Self Esteem and Ability to Think Mathematically
Kelly Shank
Poudre High School, Ft. Collins, CO

The goal of The Workshop Model, implemented at Poudre High School, is to educate teachers and give them a new approach to how they teach their math curriculums. Teachers will guide students to engage in mathematics by collaborating with their peers to solve specifically designed problems and then presenting their solutions to one another in a “math expert” type role. The most important part of this model is the peer review. Teachers in the program participate in a lesson study with colleagues within and at other schools. After developing a lesson together, one teacher teaches the lesson while the other educators observe. Afterwards, the teachers reflect on the lesson to discuss what improvements should be made prior to the other teachers teaching the lesson. Workshop Model teaching engages students in conceptual learning, procedural fluency, and application, which are the three requirements of math instruction in the CCSSM (Common Core State Standards Mathematics). Teachers will be trained in creating lessons that require students to engage with mathematics daily, classroom management, questioning techniques, formative assessment tools, and reflection designed at improving future instruction.

Project RENEW
Angie McCune
West Elementary School, Manhattan, KS

With much higher CCSSM standards being adopted every day by school districts across the country, teachers are realizing they will need to rethink their approach to mathematics. For this reason, Project RENEW will emphasize the development of deeper content knowledge among teachers, as well as pedagogical knowledge aligned with standards based approach to content teaching. This project is being spearheaded by three rural districts in Kansas with a mind of taking it statewide. The project is a three tiered approach to rethinking mathematics education. The first target is teachers’ content knowledge and understanding of the tools that are essential to effective teaching. Second, teachers will be asked to participate in summer seminars to expand their knowledge base and will be offered teaching feedback the following year. Finally, a increased focus will be put on collaboration between districts and schools so that the more isolated teachers will have a network of other educators to reach out to and help tackle problems together. This will greatly aid teachers in rural districts who find themselves increasingly isolated.

Scholarship Recipients

  • Rebecca Guerra, New Mexico State University

  • Katherine Leung, The University of Texas at Austin

Beyond the Book: Opening Classrooms to Close the Knowledge Gap

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Addressing the Knowledge Gap

Among the many challenges facing us in education one of our most formidable foes is the comprehension gap, across all content areas, between students of low socioeconomic status and those of high socioeconomic status.

English: France in 2000 year (XXI century).
Despite the change in technology and time, many educators still rely on textbooks. Are there better ways of improving student literacy in content areas? English: France in 2000 year (XXI century). Future school. France, paper card. (Photo credit: Wikipedia)

[T]his neglect of [content] knowledge is a major source of inequity, at the heart of the achievement gap between America’s poor and non-poor”

E.D. Hirsch, The Case for Bringing Content Into The Language Arts Block and for a Knowledge Rich Curriculum Core for All Children American Educator, Spring 2006.

The Importance of Literacy Skills

While there are many factors that attribute to poor performance, one of the chief offenders is a lack of literacy skills.  This is often noted at the college level when students are forced to take non-credit developmental education classes just to catch up to the basics.  This both demoralizes the student as well as extending the amount of time they have to spend in, and thus pay for, college.

Curriculum
Educators also need strong content area literacy skills. (Photo credit: Broken Sword)

By expanding literary sources, however, we expand the sphere of knowledge surrounding the content areas.  Students can gain a broader context of how a given subject fits into the larger narrative of the real world.

“If they want their students to learn complex new concepts in different disciplines, they [content teachers] often have to help their students become better readers…”

Chris Tovani in her text Do I Really Have to Teach Reading?

 

Peer Assistance and Review (PAR): A Teacher Development Project

Teachers need to move beyond textbooks to increase their literary skills so that they can better communicate their subject to students. So how do we get a teacher to step away from the science textbook and into some Sagan or Hawking?  

One of the ways we can work to address the knowledge gap is through the model of Peer Assistance and Review. In order to address inequity, our featured project at The School of the Future has done just that. With a Teacher Development Grant from McCarthey Dressman, The School of the Future helped improve the overall literacy of their teachers and subsequently their students.

Supports for Improved Content Literacy for Educators and Students

  • Collaboratively Created Curriculum
    Teachers in high school met after school and collaborated to develop, create, and implement a curriculum that would enhance their students’ ability to read and write in the content areas (History, Math, Science and Technology) across the 11th and 12th grade.
  • Shared Texts Across Content Areas
    The group worked together to come up with a list of shared texts across content areas.  While history and science have obvious literary sources outside the textbook, with a subject like math the teachers could study the history of math and biographies of mathematicians to give a wider scope to how the content area applies to the real world.
  • Content Literacy Support
    Included was a training program for inexperienced or ineffective teachers to improve their literacy skills across their content area, specifically focusing on grades 11-12 to start.

The Difference: Educator Driven Approach

Literacy Today
Literacy Today (Photo credit: dennyatkinson)

The difference between this program and previous initiatives aimed at teaching reading in the content areas was that previous efforts were top down administrative mandates that focused on ensuring uniformity in how reading, whereas the current effort was focused on expanding the teacher’s actual knowledge base.  Past “one size fits all” approaches to teaching reading in the content areas failed to account for the fact that students read different types of texts in every content area.
The unique aspect to this program is its need for a personal “buy-in” from the teachers.  Not a monetary buy-in, but those teachers who want to get involved will need to be willing to pull up their sleeves and put a little more time on the table.

The Impact: Students Identify and Analyze Printed and Non-Printed Texts

What have the teachers accomplished with this project?

During year one, five teachers (half the 11th/12th grade team) studied professional literature in their content areas to be able to implement a plan for teaching students to independently identify and analyze multiple non-fiction printed texts and non-print texts, at the student’s own instructional level, appropriate for the content of the class. Classroom visits and observations of each other in the form of Lesson Study, analysis of student growth, refinement of practice, creation of videos, continued throughout the year. In year two, participants in year one become “Anchor” teachers and shared best practices with the half of the team that was not previously involved (“Innovator Teachers”). For year three, the 11th/12th grade teacher team will mentor the 9th/10th grade team.

PAR provides teachers with the opportunity to work collaboratively to improve professional development.  But it is not easy; successful implementation of PAR requires commitment, time, resources, cooperation and flexibility from the teachers involved.  In successful PAR projects teachers play a key role in the support, assistance and review of their colleagues.  Everyone has to pull their weight for the program to be successful

Teachers can look to existing program models, such as the California Peer Assistance and Review program to get some idea on how they can best start their own.   Those who have experienced it emphasize that PAR models should only be used as reference tools, not as fixed templates, which could hinder the development and implementation of plans tailored to meet individual schools and students needs and goals.

Learn more about PAR