And We're Off!

Well, the school year went off with a bang this year! Miss Kentucky gave an inspirational speech, students were given a trinket such as a necklace or crown, and the teachers performed a flash mob. Wee! I've gotten the first steps of my AR project underway. Fourth graders have taken the Student Engagement Inventory (SEI) and will take the Attitudes Towards Mathematics Inventory (ATMI) tomorrow. They've also taken a math interest inventory indicating the types of projects they would enjoy. Luckily many students are interested in building and flying kites, one of the units I will use during the AR project. Most students have generally positive feelings in relation to engagement and familial support. I will give parents the engagement and achievement survey this week. Students will take the first bi-weekly mathematics probe and graph their results this coming Friday. I'm excited with the student's excitement at being back to school and am dually looking forward to implementing projects to teach the skills. I'm really hopeful for positive results of the impact of PBL on student engagement and achievement! 

Keep calm and teach on

Last time, I vehemently bashed the Common Core. Yet as promised, today's post is full of optimism. As I complete the literature review piece of my action research project, promising new strategies emerge for sparking in students a love of learning, mastery of 21^st century learning skills, and mastery of critical content. So, without further ado, I present to you the project-based learning (PBL) method.

What is PBL?

In the broadest sense, Blumenfeld et. al (1991) describe project-based learning as a teaching method that revolves around student investigation of authentic problems. Also referred to as problem-based learning (Ali, Hukamdad, Akhter, & Khan, 2010) project-based learning can be conducted over extended periods of time and centered on broad problems (Blumenfeld et al., 1991), or can be confined to the parameters of a single day as in the one-day, one-problem approach presented by Rotgans and Schmidt (2011).

What are the components of PBL?

Essential elements of PBL include a central question to establish and guide action that results in myriad student products to address the central inquiry. Responsibility for learning is largely that of the students. Learning takes place at a pace defined by student need and readiness levels (Ali et al., 2010).

What are student roles in the PBL classroom?

Student roles in the PBL environment rely heavily on self-directed learning (Rotgans & Schmidt, 2011) and self-regulation (Ali et al., 2010). In essence, students engage in a cyclical and continuous process of the scientific method, observing and predicting, questioning and hypothesizing, designing plans and collecting data, and analyzing and sharing conclusions (Blumenfeld et al., 1991). Students collaborate with peers to develop personal learning goals, fostering “autonomy, agency, and empowerment” (Rotgans & Schmidt, 2011, p. 1)

What are teacher roles in the PBL classroom?

Primarily, the teacher serves as a facilitator of the scientific method, posing a mathematical situation and leading students to theorize a problem. They promote idea communication and collaborative study alongside individual task completion. They assist students by emphasizing summarization and meta-cognition (Xiaogang, Chuanhan, Bingyi, & Yunming, 2007). They control classroom variables including space and time to further expedite the PBL process (Rotgans & Schmidt, 2011).

Want to learn more about PBL?

Check out these articles (available online through most journal databases, such as ERIC or EBSCO.

Cognitive engagement in the problem-based learning classroom

Jerome I. Rotgans and Henk G. Schmidt

Motivating Project-Based Learning: Sustaining the learning, supporting the doing

Phyllis Blumenfeld, Elliot Soloway, Ronald Marx, Joseph Krajcik, Mark Guzdial, and Annemarie Palincsar

Experimental research on mathematics teaching of “situated creation and problem-based instruction” in Chinese primary and 
secondary schools

XIA Xiaogang, LÜ Chuanhan, WANG Bingyi, SONG Yunming

Engagement with mathematics: what does it mean and what does it look like?

Catherine Attard

Effect of Using Problem Solving Method in Teaching Mathematics on the Achievement of Mathematics Students

Riasat Ali, Hukamdad, Aqila Akhter, and Anwar Khan

Common Core Rant

Inspired by my classmate Jody on his blog, (thanks for being grumpy, Jody! ☺) I've decided it's my turn to rant. My Grandpa sent me an article a month or so ago from the Columbus Dispatch in Ohio. I just got around to reading it, and was relatively annoyed. The article, entitled "Students need challenge of Common Core standards", was written by Jeb Bush, chairman of the Foundation for Excellence in Education. 

The former governor described the standards as "state-driven, voluntary, and truly bipartisan" (Bush, 2013). Nevermind the fact that it was penned by the National Governers Association (NGA) Center for Best Practices and the Council of Chief State School Officers (CCSSO), both of which consist of education heads and not necessarily people with any classroom experience. Nevermind the fact that grants such as Race to the Top require "adoption of standards and assessments that prepare students to succeed in college and the workplace and to compete in the global economy"(Federalregister.gov, April 16, 2013) with little wiggle room for adoption of eligible standards outside of the Common Core. Nevermind the complex interrelatedness between education, (questionably sound) corporations, and (questionably sound) politics charged by many of the donors and members of the Foundation for Excellence in Education, the CCSSO, the NGA, and the Fordham Institute. (Yes, I’m talking to you, McGraw-Hill, Cisco, Pearson Education, Microsoft, Gates Foundation, etc.) Nevermind the strange occurrence that Bloomberg Philanthropies and the Bill and Melinda Gates Foundation are both donors to the Foundation for Excellence in Education as well as the Fordham Institute...

Bush further states that the Thomas B. Fordham Institute compared previous ELA and mathematics standards to Core Standards and found that these standards were more "rigorous, clear, streamlined, and relevant" (Bush, 2013). Oh boy, here we go. 

Rigorous: Well, I can agree with that. No argument here. They definitely are more rigorous than previous standards. However, I do argue that the standards are not developmentally appropriate. According to Piaget, and now widely accepted by many, children working at the preoperational stage lack the ability to view something from alternate perspectives and have difficulty working at an abstract level. Many of the standards, conversely, require abstract generalizations students may or may not be developmentally ready to comprehend. 

Clear: Now, this one REALLY irks me. NONE of my colleagues, retired educators in and outside of my family, friends, classmates, students, or students’ parents would agree that each and every Common Core standard is clear. While some of the standards are certainly cut-and-dry, standards as low as the third grade level are verbose and full of content-specific jargon that certainly don’t lend themselves to understanding by all stakeholders. You'll see concrete examples of this argument in a minute. 

Streamlined: Um, what? There are numerous examples of great areas of disconnect in a particular concept or strand. Students first learn about 3-D shapes in Kindergarten, where they must analyze and compare different 3-D shapes. In first grade, students are required to compose 3-D shapes “to create a composite shape, and compose new shapes from the composite shapes” (Common Core Standards, 2013, Standard 1.G.A). Students don’t see anything about 3-D shapes again until sixth grade. 

Relevant: Yeah, right. Which of the following is more relevant to elementary-age students, in your opinion? Option one: students learn about money beginning in kindergarten. They work with money yearly until reaching grade 5, at which time they transition to learning about fiscal responsibility, money management, and economics. Option two: students learn about money beginning in grade 2. They do not work with money again until grade four, at which time they are expected to
 “Use the four operations to solve word problems involving…money, including problems involving simple fractions or decimals, and problems that require expressing measurements given in a larger unit in terms of a smaller unit”(Common Core Standards, 2013, Standard 4.MD.A.2). If you chose option 1, you're probably a sound judge of relevant knowledge and critical life skills for primary students. If you chose option 2, you're probably a fan of the Common Core. 


Now, don’t get me wrong. I’m definitely a fan of standards to promote “rigorous, clear, streamlined, relevant”(Bush, 2013) learning. Having lived in five states growing up, I even like the idea of using a widely accepted set of standards that meet the aforementioned expectations. However, I'm NOT a fan of flowery-written standards created by people that do not work directly work todays' diverse 21st century learners. I'm NOT a fan of politically-driven agendas that undermine teaching as a profession and do not have childrens' true needs at heart. And I’m CERTAINLY NOT a fan of the feelings of guilt and failure I and many other teachers probably experience in knowing that the things we HAVE TO TEACH aren’t the things that we know our students NEED TO LEARN. 


And don’t worry; I’m not quite that grumpy! My next blog post will include ideas for what can be done to fix the current system flaws. ☺

Question of the day: what are your opinions on the core standards, especially in relation to being “rigorous, clear, streamlined, and relevant”? 

Re-training the flea

My professor showed this video during our first class, entitled "Digital Age Learning and School Technology Leadership". To me, it was a stark representation of how resistant our current education system is to change. I could go on and on about the current problems we face, but I'd instead like to focus on how we can break the imaginary lid. How can we change the current system? In a sense, I think it starts in the classroom. Teachers implementing innovative practices that promote 21st century skills can lead the charge for change. When school leaders, administrators, parents, and community members see the impact that new methods have on student achievement and engagement, they begin to understand the value of change. However, it's also important that school leaders promote innovation in the classroom. Teachers often don't feel comfortable making changes in the classroom because they lack support from administration. School leaders can promote 21st century skills by modeling these skills themselves and including them in faculty conversations and observations. Of course, if we truly want changes to occur, it also takes parental support. Parents should push for policy change at the school, district, community, and state level as they see fit. They need to support teachers that attempt innovative practices, and ensure involvement in their children's education. Altering the current system, breaking the imaginary lid, is a process that requires involvement by all. While it might be a long and difficult process, I'm willing to face the challenge, and I hope you are too. 


Question of the day: What strategies do you feel can help break the imaginary lid?