Sunday, December 15, 2019

Fall Semester Reflections

The week right after Thanksgiving break was hard. I don't know what made it different from any other week, but my students seemed to lash out at me a bit. The due date for interim grades was coming up and I was slowly putting grades in the gradebook. Unfortunately, I have a good amount of students in algebra 2 and geometry who cheat. I have students who will talk during the whole lesson and then when I come around during independent classwork, they have already finished their work. I realized fairly early on that they have an app downloaded on their phones where they take a picture of an algebra problem and it gives them the answer. I don't think that they realize that when I'm grading it's very obvious that they are cheating due to their work (or lack thereof). I have one student who rarely ever turns in his work, but when he does, it's just answers that he gets from the app. He came after school under the guise of coach class to harass me about his failing grade. "I've turned everything in, why haven't you graded it? My mom keeps asking why I have an E." I know perfectly well that it is his fault for not putting in the work necessary to pass the class, but instead I apologized for being behind on grading. I decided to start putting comments in the gradebook whenever students get 0s for cheating to let their parents know. I am so tired of being disrespected by students. My job is hard. It's especially hard as a full-time first year teacher who is also a graduate student. I want my students to take responsibility for their bad grades.

I think that an exemplary teacher is flexible, but still confident in their ability. I have been feeling the imposter syndrome hard this year. I want to be confident in everything I do. I want to be able to address students respectfully and explain to them that they need to take responsibility for their learning. I want to be able to shut down an off-topic side conversations during my teaching. I want to force students to persist through tough material and ask questions when necessary instead of cheating. There are so many areas where I feel incompetent right now. And I think mastery of these areas will only come with experience and hard work.

I have an obvious goal for next semester: make a plan and stick to it. I have done an awful job of keeping track of my responsibilities this semester. I hope that after a couple weeks off, I will have my teaching responsibilities under control enough to keep on track of my own schoolwork. I want to reach out to people when I am having a tough time and let them help me. This semester has been detrimental to my mental health and I need to remember to take care of myself. I can't pour from an empty cup.

Monday, December 9, 2019

Meeting High Level Demands with Mini Lessons

Lately, I've been falling behind schedule, especially in geometry. I'm still trying to figure out how I should pace things. However, with winter break coming up, I'm setting hard deadlines. I haven't been spending a lot of time on topics that students seem to understand relatively quickly. It's hard for me to not do a ton of practice problems and make sure that students really understand before moving on. 

I think that it is important to break material down into mini-lessons. My students get bored and chatty if I talk for too long. I've been trying to incorporate more opportunities to involve students in their own learning. I like to break up lessons by starting out with a warm-up (sometimes I'll collect it to keep students on their toes). Then, we move on to guided notes and practice problems (if I can, I prefer to scaffold problems with the I do, we do, you do method). I feel that as time goes on, I will get better at planning more effective lessons by chunking them into more manageable pieces.

For SLOs, my department is doing what we call "throwback skills." Every month, we do a mini-lesson on an old skill from algebra 1 to better prepare students for the SAT. Usually, I incorporate my throwback skills into a warm-up and follow it up with a short discussion in order to prepare students for the quizzes. I believe that it is important to break up material and allow for student feedback. Overall, mini-lessons encourage students to meet higher-level cognitive demands.

Saturday, November 16, 2019

First Quarter Struggles & Successes

First quarter ended last week, which means I am a quarter of the way through my first year of teaching! The end of the quarter was stressful. I set two-week deadlines for assignments at the beginning of the quarter. However, when students came to me at the end of the quarter asking what they could do to improve their grades, I fell back on my word. I don't want to fail so many students. I want to be empathetic and give them a chance to turn in large assignments, even though I know they missed them because they were not paying attention or didn't even come to class.

For second quarter, I'm turning over a new leaf. I am making a conscious effort to grade assignments the week they are due so that students know when they have missing assignments (I mean, I'm sure they already know, but now they really know). I am adding comments to every missing assignment that say something along the lines of "permanent missing if not turned in by (date)." I have been doing well with it so far. I am hoping this will save me a lot of time as the quarter goes on.

I am also trying to keep on top of checking when students have skipped my class. Unfortunately, class cutting is common at my school, but I am going to try to take the time to reach out to parents when students are skipping class and letting them know that they cannot make up the assignments they missed.

Overall, my goal this quarter is to work on organization and become more comfortable in my teaching position. I have had issues with time management lately. I'm falling so far behind in my curriculum and I am struggling to keep up with my responsibilities. I am the type of person that puts my all into anything I do, so lesson planning, grading, and organizing have taken up most of my time. Teaching has taken so much of my energy and I feel burned out. I have been so focused on being a good teacher that I have not been a good student.

As far as scheduling goes, I have just been taking things one day at a time and doing what feels right in the moment. However, I need to start giving myself a more structured schedule. I am a little behind my colleagues in algebra 2, so I feel like I need to play catch-up a little bit.

Despite all my struggles these past couple months, I have taken the time to plan some amazing end-of unit projects. My algebra 2 students just finished the unit on quadratic functions, so I had them do an Angry Birds project (inspired by Mr. Orr is a geek). The project went over very well. I had several students tell me that "(they) love projects!" I feel especially accomplished because the project resonated with one of my students with autism. He loves Angry Birds, so he went all out with this project. I have struggled to reach him in the past, so this felt like a huge success to me.
I hope to incorporate more projects into each unit as the school year goes on!

Angry Birds Project by Student A (with autism)



Angry Birds Project by Student B

Saturday, November 2, 2019

Trying to Meet the Needs for All Learners

I have learned a lot over the past couple months. There have been many ups and downs. I'm still adjusting to managing so many students at one time, but there are a couple kids that stand out. One student in particular, let's call him E, has been on my mind a lot lately. He is very talkative and has trouble focusing. E is retaking this class, so it is important that he passes. He is a very talented baseball player, so I have been getting some support from the baseball coach. We are trying to encourage E to stay on task and and complete his work. The coach has been taking away his phone and giving him a pep talk every day before my class. I have sat E in a seat in the front of the classroom. My goal is that by sitting him in the front next to people who will not talk to him, he will not get distracted as easily. It has been working alright. We have a few successes here and there, but he still fights me sometimes.

The class with E is just difficult in general. I have a couple students with IEPs in that class. One of them has a specific learning disability, who we will call S. S is a sweet student, but he has trouble staying on task. He has barely turned in any of his work and I have had to call home a couple times in regards to disruptions. Lately, I feel like I am flying by the seat of my pants when planning lessons, so it can be difficult to for me to differentiate for so many unique learners.

However, I am getting better at building relationships. E might not like me very much right now, but I know he is the talkative, popular type. It helps so much to just come over and have a 5 minute conversation with him at the beginning of class or during the time that everyone is coming back from lunch. For S, I have placed him in the front of the classroom so I can check-in with him frequently. For example, yesterday I stopped by his desk to answer any questions he had and he actually told me that "This is easier than (he) thought!" He also told me that he understands Xs better than parentheses when multiplying, so I am trying to get out of my parentheses habit for him.

All of my kids are so sweet, even the "problem" ones. I just need to take the time to build relationships with them. At this point, I feel like I know my students pretty well. Some students just need more one-on-one time with me. As I move forward, I need to be more purposeful and deliberate with my differentiation. It has been a struggle for me. Especially because I was the student that always did well in a traditional classroom environment. However, these kids deserve for me to try my hardest to tailor my teaching to them. I need to do all that I can to make sure that they have the best learning experience possible.

Sunday, October 20, 2019

STEM for All Students

STEM education is important for all 21st century students, regardless of their career plans. STEM education teaches students the technical skills and collaboration techniques they need to be successful in our ever-changing, ever-growing world. Computer programming is a particularly important skill for students to have.

This year, I am teaching two sections of AP Computer Science Principles. Since the school I teach at is a magnet school, most of my students are interested in pursuing programming as a career. For those students, it is important that they build a strong programming foundation in high school. Personally, I did not take computer science classes until university and I wish that I had already had some background knowledge before being thrown in a programming class. However, computer science is also a valuable skill for students who do not plan to go into computer programming. Programming is crucial in several other fields, such as mathematics, business, science, social science and design. A lot of my classmates went into business with their applied mathematics degrees, and they are always expected to learn new programs and databases, such as Access, Python, and SAS. It is important for students going into science to be familiar with the different programs they will need to use to collect data for experiments. I also have a lot of students that want to go into graphic design. With the way the climate is now, it is nearly impossible to go into any kind of design career without knowing any programming. There has been a major shift within the past couple decades to place an emphasis on digital graphic design.

The curriculum for the computer science class I teach is from code.org, which is an organization that believes every student in every school should have the opportunity to learn computer science. This summer, I went to a code.org workshop that placed an emphasis on the importance of teaching computer science as early as possible and making it accessible to as many students as possible. Many students stray away from computer science because they believe it is "too hard." They think that only the smartest, top 1% of students can do computer programming. I'll admit that I have experienced this misconception first hand. Whenever I tell people about my college degree or the classes I teach, they are in awe. "You do computer programming?" This stigma is damaging to students and our society as a whole.

I believe that anyone, regardless of race, ethnicity, background, and gender can do computer programming. However, I have noticed that there are large experience and knowledge gaps between computer science students. This year, I hope to explore the benefits of pair programming in my action research project.

Tuesday, August 27, 2019

My Beliefs About STEM Education

Over the past couple decades, a huge emphasis has been put on STEM education. STEM education focuses on the technical skills needed to integrate science, technology, engineering, and mathematics. STEM helps students broaden their horizons. They understand the connections between the natural world and the industrial world, as well as everything in between.

It is also important to note that STEM education highlights the real-world applications of science, technology, engineering, and math. In school, all students take math and science classes. However, it can be difficult for them to see the application of the math and science concepts they are learning. One of the most common questions students ask is "When am I ever going to use this?" When algebra concepts like factoring and completing the square are presented in the vacuum of a traditional classroom environment, students struggle to understand its importance. STEM education discourages educators from teaching in the traditional, lecture-heavy way that is so popular in classes like history and English.

STEM classrooms encourage collaboration and student-centered learning. Sometimes, students get frustrated with inquiry and problem-based learning because they feel like they are doing all the work. But that's the point! STEM classes are difficult because students need to take an active role in their learning. Students learn invaluable life skills in the STEM classroom, such as collaboration, problem-solving, and critical thinking. These skills will be crucial for students in higher education and beyond.

I believe that STEM is important in public education. The high school I will be teaching at this year has a few magnet programs, most of which are STEM-based. I am teaching computer science principles, which is a class for the computer science magnet program. Students in this program take computer science principles in their sophomore year. Between my two rosters, I have about 17 students per class (17 students x 2 classes = 34 students). There are about 500 students in the 10th grade, so about 6.8% of students at my school take these classes (34 students/500 students = 0.068 x 100 = 6.8%). That is a shockingly small amount. Not to mention that the student population in computer science classes is generally not very diverse. More male students tend to take computer science than female students. There also tends to be an overrepresentation of Asian students in computer science classes.

STEM is a growing career field. However, there is a deficit of college students majoring in STEM fields. This leads to a shortage of employees in STEM careers. I believe that we need to enhance the value of STEM in public education to prepare students for the workforce. We need to promote a growth mindset and an attitude that anyone can do STEM.
________________________________________________________

Update: After doing some research, I realized how truly homogeneous the STEM workforce is. White and Asian individuals make up the majority of the workforce at 69 percent. According to U.S. News, White and Asian individuals represent "87 percent of the engineering workforce, 84 percent of the computing workforce and 83 percent of the advanced manufacturing workforce" (Bidwell, 2015). Men also make up the majority of the STEM workforce. In 2014, women represented "24 percent of the engineering workforce... 36 percent of the computing workforce... and 18 percent of the advanced manufacturing workforce" (Bidwell, 2015). The percentage of women in STEM has continued to drop over the past several years.

According to U.S. News, "part of the problem could come to a lack of access" (Bidwell, 2015). In fact, "African-American and Latino students are much less likely to have access to Advanced Placement courses in STEM fields" (Bidwell, 2015). In my own experience, I know this to be true. Not only do minority students often lack access to AP classes, but they also seem to lack confidence. I believe that a lot of students lack confidence when it comes to taking AP classes. AP classes seem unattainable. Only "smart" students take AP classes. In the training for the AP class I am teaching this semester, we talked about how the class was built for any student to take. Since this class is designed for students in 10th grade, it is often the first AP class they take. The class is very manageable and I look forward to recruiting students to take AP computer science principles in the future.


Reference
Bidwell, A. (2015, February 24). “STEM Workforce No More Diverse Than 14 Years Ago.” U.S. News. Retrieved from https://www.usnews.com/news/stem-solutions/articles/2015/02/24/stem-workforce-no-more-diverse-than-14-years-ago

Wednesday, August 14, 2019

Mock IEP Meeting Reflection

This week, I thought that the video series about Individualized Education Plans (IEPs) was very informative. The first two videos were a recap of everything I’ve learned about IEPs this semester. I felt like the videos were slow, but I think that is a good thing from a parent’s perspective. The IEP process can be daunting for everyone involved, but especially the student and his or her parents.

When a student is eligible for an IEP, the first thing that needs to be established is an IEP team. The team usually consists of the student’s parents, special education teacher(s), general education teacher(s), representatives of the school system and possible transition services, and other knowledgeable individuals (Kupper & Kohanek, 2000). Sometimes, the student is also involved. Student involvement is particularly important when the student reaches high school and needs to start thinking about post-secondary transition services (Kupper & Kohanek, 2000).

I tried to watch this video series from a parent’s perspective before thinking about IEP meetings as a general education teacher. I did not realize how much planning a parent has to do for an effective IEP meeting. First and foremost, parents need to keep good records of their student’s progress. This includes report cards, letters, evaluations, and samples of their student’s work (The IEP Team Process: Chapter 4 - Getting Ready for the IEP Meeting, 2011). I am sure a lot of parents do not realize that they should be keeping every little thing related to their child’s disability and school performance. When I was growing up, my parents kept a lot of my school stuff, but not all of it. I am sure that if a situation arose where they needed every single project and assignment that I completed in school, they would be scrambling.

In addition to collecting information on the student, it is also crucial to review it (The IEP Team Process: Chapter 4 - Getting Ready for the IEP Meeting, 2011). Parents need to know what the student's evaluations mean. Where is the student struggling in school? What is the student's diagnosis? What accommodations can be made to help their child in school? Parents should also be aware of their student’s academic standing. If the accommodations outlined in the student's IEP are not working, it might be time to try something else.

Most importantly, parents need to be advocates for their student. I feel like this is a given, but it is important to remind parents that they play an active role in their student's IEP. Parents should communicate with their student about how he or she feels about school. However, they need to be deliberate with the kinds of questions they ask. For example, instead of just asking "How was school today?" they should ask more specific questions like "What do you find challenging at school?" Parents also need to create a positive student profile for their child. These profiles are helpful for the IEP team members. The members of the student’s IEP team will be more willing to compromise and try to find the best possible solution if they have another perspective on the student’s learning (The IEP Team Process: Chapter 4 - Getting Ready for the IEP Meeting, 2011).


Throughout this semester, I have learned a lot about special education, especially IEPs. I thought it was helpful to watch a mock IEP meeting this week. In this situation, the special education teacher facilitated the meeting. In addition to the student's special education teacher, his general education teacher, parents, school psychologist, assistant principal, middle school representative, and a note taker are present (The IEP Team Process: Chapter 5 - The IEP Meeting, 2011). I believe that the facilitator (the special education teacher) has the most difficult role in the meeting. The facilitator needs to make sure that every member is heard and that their concerns are addressed and resolved. I also believe that special education teachers have an inherently difficult role in the IEP process. They do the most hands-on work at school to help the student meet his or her goals.

I thought that the structure of the IEP meeting was interesting. Each team member has a copy of a draft of the student's IEP. In this case, the student is present for the first few minutes of the meeting. The team members ask him questions and he shares his interests and strengths. From there, the facilitator goes through the draft, which is based on the student's current IEP and the standards he needs to meet for his upcoming transition to middle school. As each section is addressed, the IEP team members can chime in. For example, the special education teacher stated that she thought 30 minutes a day in her resource classroom would meet the student's needs. However, the student's mother insisted that he should continue to be in the resource classroom for 45 minutes a day. The special education and general education teachers were hesitant at first, but after the parents reminded the team that the student's goals were ambitious, everyone agreed to 45 minutes (The IEP Team Process: Chapter 5 - The IEP Meeting, 2011). IEP meetings seem very informal, but there is a lot of planning that goes into them. 

From a teacher’s perspective, I thought the IEP meeting was effective. As a regular educator, I am required to "determine 'appropriate positive behavioral interventions and supports... (as well as) supplementary aids and services (and) program modifications'" (National Dissemination Center for Children with Disabilities, 2010) for the student. I believe the regular educator in the mock IEP meeting did just that. She suggested that the student, who struggled with writing, use a combination of online and physical tools. The teacher was also willing to agree to more time with the special education teacher, even though she wanted to keep him in the regular classroom as much as possible.

I appreciate the fact that the parents did their research and were not afraid to speak up and voice their concerns. They obviously care a lot about their child’s education. As a teacher, I care about each and every one of my students and their education. However, I have over 150 students every school year. On top of lesson planning, I need to provide differentiation for students who need it. It will be a lot easier for me to differentiate my lessons if I am provided with effective, clearly written IEPs. Although I strive to build strong relationships with my students, their parents know them better than I do.

The whole IEP process is a little overwhelming. However, I am only one member of the IEP team. In practice, we will all have to work together to write the most effective IEP and give the student the best education possible. In high school, students have more than one teacher, so I will not be present at every single student's IEP meeting. However, it is important that I am "well-informed about (each student's) IEP" (National Dissemination Center for Children with Disabilities, 2010). This includes the student's goals, classroom and testing accommodations, and the necessary supplementary aids and services (National Dissemination Center for Children with Disabilities, 2010).

References
Exceptional Children’s Assistance Center. (2011, October 30). The IEP Team Process: Chapter 1 – IDEA and IEPs. [Video file]. Retrieved from https://www.youtube.com/watch?time_continue=94&v=bSm3wOjkkVw

Exceptional Children’s Assistance Center. (2011, October 30). The IEP Team Process: Chapter 2 – The IEP Team. [Video file]. Retrieved from https://www.youtube.com/watch?v=QMctXPmG7bc

Exceptional Children’s Assistance Center. (2011, October 30). The IEP Team Process: Chapter 3 – What’s Included in the IEP. [Video file]. Retrieved from https://www.youtube.com/watch?v=BIi0xanOVcs

Exceptional Children’s Assistance Center. (2011, October 30). The IEP Team Process: Chapter 4 – Getting Ready for the IEP Meeting [Video file]. Retrieved from https://www.youtube.com/watch?v=DDhLjYSbwCc

Exceptional Children’s Assistance Center. (2011, October 28). The IEP Team Process: Chapter 5 – The IEP Meeting. [Video file]. Retrieved from https://www.youtube.com/watch?v=ok0irMNfKmY

Kupper, L. & Kohanek, J. (2000, July). “The IEP Team Members.” Reading Rockets. Retrieved from https://www.readingrockets.org/article/iep-team-members

National Dissemination Center for Children with Disabilities. (2010). “The IEP Team.” Reading Rockets. Retrieved from https://www.readingrockets.org/article/iep-team

Saturday, August 10, 2019

Lori Sjokheim is Not Just Somebody Else's Kid

Torey Hayden describes a school year with four problem children in her book Somebody Else’s Kids. Lori Sjokheim is one of her problem children. Lori and her twin sister, Libby, are seven years old. Their biological parents were extremely abusive and both girls were adopted at five years old. Both Lori and Libby repeated kindergarten due to emotional issues. Libby benefited from the extra year, but Lori still struggled. Soon after, it was discovered that Lori has severe learning disabilities due to a traumatic brain injury and epilepsy. The brain injury and its effects are a result of the physical abuse she experienced as a young child. Unfortunately, Lori’s brain damage severely affects her ability to recognize and write symbols (Hayden, 2012).

Lori is originally one of Hayden’s resource students. She and Hayden work one-on-one to improve her reading and writing skills for a short period of time each day. However, Lori still cannot meet the literacy demands of the first-grade curriculum, and her teacher decides to place her with Hayden full-time in the afternoon (Hayden, 2012).

Lori stays in Hayden’s afternoon special education class for a while with very few problems, but by February, she still has trouble recognizing the letters in her own name. Lori’s first-grade teacher, Edna Thorsen, insists that she is just being difficult. Thorsen forces Lori to read in front of the class on a daily basis. It makes Lori so anxious that she is placed with Hayden full-time after one particularly upsetting episode. Hayden realizes that Lori is not ready to read and write, so she decides to modify her curriculum. Although she receives a lot of backlash from Lori’s first grade teacher, Hayden stays strong. Eventually, her district approves the modified curriculum (Hayden, 2012).

Overall, I really enjoyed this book. I could really see Hayden’s growth from the beginning to the end of the year. At first, I found myself frustrated with her passive stance in the classroom. However, I tried to keep an open-mind when it came to her teaching methods. I do not teach special education, but I can only imagine that these students require more patience than the average student. At the beginning of the year, Hayden tends to sit back and let students have their outbursts, especially Tomaso and Boo. As the year goes on, Hayden becomes very attached to all of her students. She takes the lead in her students’ education plans, especially Lori.

Lori has a traumatic brain injury that “adversely (affects her) educational performance,” (Understanding Special Education, 2016) which means that she qualifies for an Individualized Education Program (IEP). Under the Individuals with Disabilities Education Act (IDEA), children with disabilities have the right to a free appropriate public education (FAPE) (Understanding Special Education, 2016). This law is vague and only states that the student’s education must be “appropriate” considering his or her disability, but I hope to provide disabled students with the best education I possibly can. Lori is no exception. I believe that her frustrations and “emotional outbursts” can be effectively managed if she is given an equitable education.

In order to give her an appropriate education, accommodations and/or modifications need to be made. Accommodations are “instructional or test adaptations… (that) allow the student to demonstrate what he or she knows without fundamentally changing the target skill that’s being taught in the classroom or measured in testing situations” (Crawford, 2013). On the other hand, modifications “change (the) target skill or the construct of interest… by (reducing) learning expectations or (affecting) the content in such a way that what is being taught or tested is fundamentally changed” (Crawford, 2013). In Somebody Else’s Kids, Hayden made modifications to the curriculum for Lori. However, in my classroom, I plan on only making accommodations. I believe that Lori is perfectly capable of learning the material if she is given the proper tools.

Unfortunately, Lori’s disabilities are not visible, which can make it difficult to make the proper accommodations. Lori is a talkative, extroverted student with a big heart. On the surface, she seems “normal.” However, her brain damage makes it close to impossible for her to recognize symbols. Lori cannot read or write. In the education system, we seem to think that reading and writing are the most important skills for students to learn, but Lori physically cannot. Hayden decides to make modifications to Lori’s first-grade curriculum. She pushes her principal to put Lori in second grade by comparing her to a student with a visual impairment. When her principal counters that this student is different because she can learn, Hayden states that

“Lori can learn. The truth is that we haven’t taught her. Why can’t we start taping her reading material? We could quiz her orally. Lori isn’t dumb. She simply has a disability. All the time in the world in first grade isn’t going to change that, unless her teacher moonlights as a brain surgeon” (Hayden, 2012).

This section really stuck with me because I want to give Lori similar accommodations in my lesson plans. I believe that once Lori gets to secondary school, it will be much easier to make accommodations for her. By the time she gets to my class (algebra 2), her progress will be monitored by her ability to understand and apply the material, not her ability to read and write.


In my lesson plans, I try to include assistive technology whenever I can. For example, if we are using a site like Desmos that does not have a built-in text-to-speech feature, I would encourage Lori to use an app like Windows Narrator. I believe that Windows Narrator is a great tool to make computers more accessible for students with learning disabilities. Any time Lori hovers over words or passages with her mouse, Windows Narrator will read them aloud to her. The only stipulation I have is that I would require her to wear headphones while using Windows Narrator.

This year, I will encourage my students to constantly reflect on their learning. Originally, I wanted to use an online journal like Penzu, but that would require Lori to use a separate voice recorder or video editing program to do her reflections. Instead, I want to streamline the process and use Microsoft OneNote. I used OneNote in some of my college classes to take notes, but I know it has a lot of other capabilities, such as scanning in worksheets, drawing diagrams, and recording audio. I plan on using OneNote to check in with my students. I am going to grade their notes and reflections very informally, so they can use whatever medium they want. For Lori, she can easily record her notes and send me a link to her OneNote notebook so I can check her progress.

Although there are several accommodations that can be made for Lori, there are some drawbacks to her individualized plan. Since she cannot read or write, all of her assignments must be given verbally. Her tests and quizzes need to be proctored in a separate room. It will take extra time to coordinate with her IEP team.

For Lori, there might be potential issues with assignments that cannot easily be read to her. If she does not have an aide, there will not be a person designated to reading and writing her assignments. If I change seats often enough, I can have the students around her help with reading and writing (Powell & Kusuma-Powell, 2011). My biggest worry is with any sort of literacy activity. I want to periodically present my students with texts to encourage them to make connections between mathematics and the real-world. However, I have to be mindful of Lori’s disabilities by choosing texts that are accessible online with text-to-speech options.

I also need to keep in mind that Lori needs to verbally record her responses instead of writing them down. I want to give Lori a space to do her work. Unfortunately, this year I am in between two classrooms and do not have a lot of control over the space, but I would try to sit her in a corner of the room so that she can complete her assignments with few disruptions..

I think one of the most important things I can do is to make sure that I do not treat Lori any differently than my other students (Center for Teaching). Although Lori needs extra accommodations, that does not give me the right to treat her any differently than the rest of my students. In Somebody Else's Kids, Lori really wants to be included in normal first-grade activities. She wants to go to class parties and participate in the talent show (Hayden, 2012). I might feel protective of Lori due to her learning disabilities, but that does not mean that she cannot participate in fun activities. For example, even though she cannot read, there are plenty of things she can do in the talent show, like sing and dance.

However, I want to make a distinction between equality and equity. It is so important for educators to make the proper accommodations for students who need it. If a student is struggling with a certain topic more than the rest of the class, the class should be able to work independently to master the topic while the struggling student gets extra help. This is known as equity. Every student is capable of learning, even if some need more help than others. I want to promote an equitable classroom. Some students might need extra help, but that does not make them any different.

In conclusion, I do not see Lori as "somebody else's kid." When she is in my classroom, she is my student, and I am responsible for providing her with the best education I possibly can. The obligation to give disabled students the proper accommodations and modifications they need should not be pushed onto somebody else. I cannot just give up when the going gets tough and place Lori in a class that is not appropriate for her. I know that it can be difficult to deal with disabled students, especially when their disabilities are not obvious, but they deserve the same opportunities as every other student.

References
Center for Teaching. “Student Incivility.” Retrieved from https://cft.vanderbilt.edu/wp-content/uploads/sites/59/Student-Incivility-Best-Practices.pdf

Crawford, L. (2013). “Accommodations vs. Modifications: What’s the Difference?” National Center for Learning Disabilities. Retrieved from https://www.perkinselearning.org/sites/elearning.perkinsdev1.org/files/Accommodations%20vs.%20Modifications.pdf

Hayden, T. (2012). Somebody Else’s Kids: They were problem children no one wanted... until one teacher took them to her heart. New York, NY: Avon HarperCollins.

Powell, W. & Kusuma-Powell, O. (2011). “Knowing Our Students as Learners.” How to Teach Now. Retrieved from http://www.ascd.org/publications/books/111011/chapters/Knowing-Our-Students-as-Learners.aspx

Understanding Special Education. (2016). “A Parent Guide to Special Education, the IEP Process and School Success.” Retrieved from https://www.understandingspecialeducation.com/

Monday, July 15, 2019

504 Plans and IEPs: What's the Difference?

I do not have much experience with special education, so I was not really sure what the difference is between a 504 plan and an IEP. Before I did my research this week, I only knew that IEPs are more specific than 504 plans. What I mean by that is that only students with specific disabilities, like autism, blindness, and deafness, can qualify for IEPs (Understanding Special Education, 2016). Below is a diagram that describes where 504 plans (section 504) and IEPs (IDEA) fall in the realm of all students (District of Columbia State Board of Education). I believe that this diagram is a helpful way to picture the fundamental difference between 504 plans and IEPs.



What is a 504 Plan?
A 504 plan is a formal plan that schools use to “provide supports and remove barriers for a student with a disability” (“Understanding 504 Plans,” 2019). These plans are ideal for students who do not need special education or individualized instruction, but still need educational supports or services. Students with disabilities are able to learn alongside their peers with accommodations. These accommodations include “extended time on tests or the ability to leave the classroom for short breaks” (“Understanding 504 Plans,” 2019). For example, students with ADHD might have something established in their 504 plans that state that they need to sit in the front of the room. Students with dyslexia may also have more text-to-speech options available to them as part of their 504 plan.

Students do not need a full evaluation to receive a 504 plan, but many of them receive one. 504 plans are usually issued to students who need academic support, but do not qualify for special education. Schools look at students’ medical diagnoses, grades, tests scores, and teacher recommendations when determining eligibility for 504 plans. Parents can request a meeting with the school’s coordinator to discuss what supports may be appropriate (“Understanding 504 Plans,” 2019).

504 plans are covered under section 504 of the Rehabilitation Act. This law states that all students have the right to a free appropriate public education (FAPE). Under the law, parents do not have to be in meetings for 504 plans, but they must be notified when an evaluation for a disability occurs ("Understanding 504 Plans," 2019).

What is included in the plan?
A 504 plan includes a student’s specific accommodations, supports, or services. The plan also includes the names of the people who will provide each service. For example, the plan might specify that the teacher is responsible for providing the student with a quiet area for taking tests and completing individual work. These plans are flexible, so they can include the same kind of accommodations as IEPs. However, this flexibility gives the school the power to decide what is and is not included in the plan (District of Columbia State Board of Education).
A sample 504 plan can be found here.

What is an IEP?
An Individualized Education Plan (IEP) is exactly as the name implies. Each IEP is designed to meet a student’s exact needs. An IEP is a legal document that lays out special education instruction. It also specifies the supports and services that students with disabilities need to make progress and succeed in school (“Learning about IEPs,” 2019). IEPs are covered by the Individuals with Disabilities Education Act (IDEA).

Students who are pursuing an IEP must undergo a full evaluation. The results allow students and their families to work with schools to create a specific plan that is tailored to the student’s needs. Students might get accommodations, such as extended time on tests, speech-language therapy, or assistive technology ("Learning about IEPs, 2019). IEPs also give students and their families certain legal protections. Parents are allowed to be involved in decisions that affect their student’s education, as well as school discipline ("Learning about IEPs," 2019).

What is included in the plan?
An IEP includes a student’s present levels of academic and functional performance, as well as annual education goals and how they will be tracked. The plan specifies the services that the student will receive and how often. Students can receive both accommodations and modifications with their IEPs. Accommodations are any changes to a student’s learning environment (District of Columbia Board of Education). This can include anything from the student being able to sit in a certain area of the classroom (usually the front) to going to a private, quiet room to take tests and quizzes. Modifications are any changes to what a student is expected to learn or know (District of Columbia Board of Education). For example, students with IEPs are often monitored by their individual progress rather than their progress in relation to other students in the class.
A sample IEP can be found here.


So, how do we know which plan is appropriate for which students? In short, 504 plans and IEPs both provide academic support and services for students with disabilities. However, there are subtle differences between both plans. In general, IEPs are used for students with certain disabilities that require them to be in a special education program. IEPs focus on students' personal development. Therefore, the curriculum is modified to what the individual student can learn. On the other hand, 504 plans cover students with disabilities that do not qualify them for a special education program. Students who have 504 plans are expected to cover the original curriculum, but with accommodations. 

References
District of Columbia State Board of Education. “Understanding the Differences: IEP vs. 504 Plan.” Retrieved from https://sboe.dc.gov/sites/default/files/dc/sites/sboe/publication/attachments/Understanding%20the%20Differences%20-%20IEP%20vs%20504%20Plan%20.pdf

The Understood Team. (2019). “Learning about IEPs.” Understood. Retrieved from https://www.understood.org/en/school-learning/special-services/ieps/what-is-an-iep

The Understood Team. (2019). “Understanding 504 Plans.” Understood. Retrieved from https://www.understood.org/en/school-learning/special-services/504-plan/understanding-504-plans

Understanding Special Education. (2016). “A Parent Guide to Special Education, the IEP Process and School Success.” Retrieved from https://www.understandingspecialeducation.com/

Friday, July 12, 2019

Special Education History and Current Issues

This week, I did a lot of research into the history of special education. I created a short timeline of historical events in special education, which can be found at the following link: https://www.timetoast.com/timelines/2050581.


I will admit it, I was ignorant about special education history until I started my research this week. I never realized how closely civil rights is related to special education. While I am not surprised, I find it atrocious that anyone would ever insinuate that race has anything to do with intellectual ability. In the late 19th century and early 20th century, mental testing was based on the belief that “races other than those of northern European stock were intellectually inferior, and that the purity of the superior races should be preserved by vigorously segregating the ‘feeble-minded’” (Skiba, Simmons, Ritter, Gibb, Rausch, & Chung, 2008). Placing students into special education programs only on the basis of race hurts the students who are not intellectually disabled and takes away resources for the students that truly need them.

Although a lot of the discrimination seems to be against African Americans, Latinos have also been targeted. In the 1970 case of Diana v. California State Board of Education, a Spanish-speaking student was placed into a special education program for scoring low on a test that was given in English (UCLA School Mental Health Project). How is a student expected to score well on a test that is not given in his or her native language? Unfortunately, this idea of using unfairly low test scores to justify special education placement seems to be a trend. After Brown v. Board of Education desegregated public schools, some school districts tried to encourage de facto segregation with gerrymandering. They targeted poor, black schools with low standardized test scores to try to justify special education placement for these students (UCLA School Mental Health Project).

Recent studies seem to disagree on whether or not “disparities in special education could be influenced by… bias generated at the level of special education referral and decision making” (Skiba, Simmons, Ritter, Gibb, Rausch, & Chung, 2008). This means that there is no single, simple explanation for the disproportionality in special education. Racial disproportionality seems to be determined by multiple social forces, including economic status and classroom behavior (Skiba, Simmons, Ritter, Gibb, Rausch, & Chung, 2008).

To try to combat the overrepresentation of minority students in special education, the U.S. Department of Education Office for Civil Rights issued a letter to help educators recognize and prevent racial discrimination in special education. The letter states that “special education and related services are vital to students with disabilities who need such services… unfortunately though, our enforcement experience continues to confirm: (1) over-identification of students of color as having disabilities; (2) under-identification of students of color who do have disabilities; and (3) unlawful delays in evaluating students of color for disability and their need for special education services” (Lhamon, 2016). 

The U.S. Department of Education gives a few suggestions to prevent racial discrimination in this letter. First, schools should look closely at referrals for special education. Obviously, racial discrimination in referrals can lead to underrepresentation of students who need special education resources. Initial referral of a student for special education is a crucial point where racial discrimination may be identified. It is important that districts ensure that staff do not discriminate against students by relying on stereotypes. In fact, “racial stereotypes can influence adult expectations and behavior” (Lhamon, 2016). I am sure that most, if not all, of these teachers do not mean to discriminate against minorities. However, the school needs to double check teachers’ referrals to ensure that all students are fairly represented.

Evidence-based intervention within the general education setting is another great way to help reduce inappropriate special education referrals. These interventions should be provided in addition to special education evaluations (Lhamon, 2016). For example, if a large percentage of English Language Learners (ELLs) are referred for special education, an intervention might determine that these students do not actually have a disability. ELLs often enter schools with underdeveloped literacy skills, but that does not mean that they should be placed in special education. These students are learning discipline-specific information in a language that is not native to them. These students need a little more help with the language, but that does not necessarily mean they need extra help with the discipline-specific content.

Special education has a questionable past, and there are still issues. However, it is encouraging that the U.S. Department of Education and other organizations are addressing some of the them. I am hopeful that we can eventually eliminate the racial bias in special education (or at least come close to it). Special education resources are most beneficial when they are provided to the students who truly need them. 

References
Lhamon, C. E. (2016, December). “Preventing Racial Discrimination in Special Education.” United States Department of Education, Office for Civil Rights. Retrieved from https://www.wrightslaw.com/law/ocr/colleague.201612.racedisc.pdf

Skiba, R. J., Simmons, A. B., Ritter, S., Gibb, A. C., Rausch, M. K., & Chung, C. G. (2008). “Achieving Equity in Special Education: History, Status, and Current Challenges.” Exceptional Children. Vol. 74. Issue 3. 264-288.

UCLA School Mental Heath Project. “Addressing Barriers to Learning New Directions for Mental Health in Schools.” Retrieved from http://smhp.psych.ucla.edu/conted2/abc3.htm

Wright’s Law. (2019). “Special Education Law and Advocacy.” Retrieved from https://www.wrightslaw.com/

Saturday, May 4, 2019

Using the Frayer Model to Explore Independent Events

This week, Heather and I reflected on our previous blog posts. All three of our articles focused on an aspect of statistics. For this assignment, we chose a word/idea from each article. We associated the word “bias” with our first article, “Wait, Have We Really Wiped Out 60% of Animals?” This article debunks the claim made by a popular online newspaper that humans have killed off a majority of the animal population since 1970. While the claim itself was false, it was also based on bias data from the World Wildlife Fund’s (WWF’s) Living Plant report. The data only focuses on European mammals, birds, reptiles, amphibians, and fish.

We associated "probability/independence" with the second article, “No, CBS Sports, The Patriots Have Not Found an Edge on Coin Flips.” In 2015, CBS Sports claimed that the New England Patriots were winning coin tosses at an “impossible rate” (Chase, 2015). The author disproved this claim by calculating the probability that a single team in the NFL wins 19 or more tosses out of 25 independent coin tosses (the Patriots’ record at the time).

Lastly, we chose “sample size” for our last article. “Moneyball Shows the Power of Statistics” explores how Billy Beane’s baseball team was built on statistics. The team did not do well at first, and Beane blamed their bad record on a small sample. The author of this article tested the claim that the size of the team made a significant difference in the team’s record.

Heather and I explored the different types of graphic organizers we could use to teach these vocabulary words and decided we liked the Semantic Map and Frayer model the most. The Semantic Map helps students activate and organize prior knowledge before reading a text. The Semantic Map is revisited during and after reading (McLaughlin, 2015). I like the Semantic Map a lot and have seen it effectively used in English classrooms. Semantic Question Maps are a specific type of Semantic Map that encourage students to raise questions about a focus word (McLaughlin, 2015). I cannot remember a time where I've seen the Semantic Question Map implemented, but I think it could also work well, especially for tricky concepts like bias (Is this data biased? How can data be biased?). 

I decided to further explore the Frayer Model. The Frayer Model is used to “identify and define unfamiliar concepts and vocabulary” (Richardson). The focus word is written in the middle of the graphic organizer, and the four surrounding boxes are designated for definitions, essential characteristics, examples, and non-examples. There are several variations of the Frayer Model. One such variation requires students to explore synonyms instead of essential characteristics. This version encourages students to explore synonyms through both words and pictures.

When using the Frayer Model with my students, I need to first explain it to them. I will tell students that the Frayer Model is an effective way to organize and reflect on new vocabulary. I want to use the Frayer Model to explore independence in Harvard Sports Analysis' article "No, CBS Sports, the Patriots Have Not Found an Edge on Coin Flips." When I think of the word "independent," I sometimes picture the scene from Rudolph the Red-Nosed Reindeer where Rudolph meets Hermey and they state that they will "be independent together." I didn't really understand the irony of this scene until I rewatched the movie years later. I think it's a humorous example, but I cannot assume that all of my students have seen the movie, because not all of my students will celebrate Christmas.


Instead, I will connect "independence" to an idea that I know every student has learned about (probably multiple times) in their K-12 careers, the Declaration of Independence. While the Revolutionary War was much more complicated than "hey, we're declaring independence," I can still use this idea as a reference point. I also like connecting math concepts to topics from other disciplines, such as history. During the late 18th century, the thirteen colonies were independent from Great Britain (more or less), just like two events can be independent in probability. I will ask some students to share their own associations of the term "independence" before we move on to the next step.

As a class, we will complete a Frayer Model for independence. Students will be expected to record their own explanations and examples for the focus word. I will periodically check in with students by completing a box at a time. I have included my example below.


I will work with students to provide them with visual representations of independence. Personally, I like the version of the Frayer Model with four compartments, so I do not plan on giving students an extra box to draw an image. However, I do want them thinking about the mental picture they associate with their focus word (in this case, independence). If we get a chance, we will share some of our mental pictures and associations with the class. In my opinion, the best representation of independence is with a sort of Venn diagram. I will show students the image I associate with "independence" from a probability perspective, which is shown below.


After I have explained the Frayer Model and worked through a example with the class, I will read the title of the article aloud (“No, CBS Sports, The Patriots Have Not Found an Edge on Coin Flips”). As a class, we will brainstorm a few statistical terms that relate to coin flips. These can include words related to independence. The list might include terms like probability, dependence, and statistical significance. I will ask students to volunteer some of the words they came up with and write them on the board. Each student will choose a focus word, and then pair up with a classmate. Students will share the word they chose with a partner before diving into the article. They will complete the Frayer Model during and after reading. Once they have completed the Frayer Model, I will instruct students to work with their same partner from before and do a think-pair-share.

Richardson suggests that "students play games to reinforce and review new vocabulary" (Richardson). Before this week, I never really thought about reinforcing vocabulary every week with games and other review activities. However, I really like Quizlet. I was introduced to Quizlet in high school and have continued using it in my higher education career. I like that students can make or use study sets and take them wherever they go. Quizlet also has a lot of interactive review games. I plan on giving my students a few minutes every week in class to review vocabulary on Quizlet.

References
McLaughlin, M. (2015). Content Area Reading: Teaching and Learning for College and Career Readiness. Pearson Education.

Richardson, F. “Frayer Model: Vocabulary Strategy.” National Behaviour Support Service. Retrieved from http://www.nbss.ie/sites/default/files/publications/frayer_model_-_vocbulary_strategy_handout__copy_3.pdf

Thursday, April 25, 2019

Lightsabermetrics: Summarizing Moneyball with Sketch to Stretch


Heather, Susan, and I decided to explore an article about baseball statistics this week. We used an article from Heather’s AP statistics class titled “Moneyball Shows the Power of Statistics.”

In October 2011, a month after Moneyball was released, The Minitab Blog published an article about sabermetrics. Sabermetrics is “a specialized type of data analysis that uses statistics to understand… baseball” (Rudy, 2011). The 2011 film, Moneyball, is about Oakland Athletics manager Billy Beane and how he used statistics to assemble and manage his baseball team. In 2002, the Athletics were the worst team in the American League (AL) West. Beane claimed their poor performance was due to a small sample size, but the author performed a 1-proportion test and found that the difference in their records were statistically significant (p-value < 0.05). This means the team’s last-place standing wasn’t random. Beane decided to trade some of his players and change other players' positions to improve the Athletics' record. His team did a lot better for the rest of the season. By the end of the season, the Oakland Athletics and the New York Yankees were tied for wins, despite the fact that the Athletics have a much smaller budget. Since Beane’s success, statistics have become much more popular in baseball. As Rudy states, “statistics has changed the game of baseball forever” (Rudy, 2011).


This article is very well written. There are several statistics concepts discussed, including sample size, 1-proportion tests, p-values, statistical significance, and the binomial distribution.
When I was reading through the article the first time, the only term that confused me was VORP. VORP is short for Value Over Replacement Player and it “calculates how many runs a batter adds to his team's total throughout the course of a season over that number which an ‘average major leaguer’ would contribute” (SportingCharts, 2015). I have been to a handful of baseball games, so I am somewhat familiar with the basics of baseball. However, I don’t know a lot of the technical terms. It wasn’t crucial for me to know what VORP was to comprehend the article, but I do believe that students need a little background knowledge about baseball before reading the text.

Moneyball Shows the Power of Statistics” is not only about statistics in baseball, but it is also about its lasting impact. Several of my applied math classmates watched Moneyball when it came out, and it immediately sparked their interest in statistics. Sports statistics is a huge field of research. Do different positions or workouts affect players' performance? Are some urban legends true? Can a coach build a team purely on statistics? Since my background is applied math, I always like to provide my students with real-world applications of the concepts we are learning in class. I believe that sports, especially baseball, are great examples for statistics.

The author uses a lot of humor in his writing. The article starts out with the line “sabermetrics? No, it isn’t a cross between a sword and the metric system” (Rudy, 2011). He also compares someone talking about baseball statistics to a “Trekkie speaking Vulcan” (Rudy, 2011). This metaphor is not only humorous, but it appeals to fans of Star Trek. Lastly, the Athletics won 20 consecutive games while their team was on the upswing. Rudy asks “What (are) the odds of that?” before explaining how to calculate the probability and ultimately admitting that “(he) could be lazy and have Minitab do it” (Rudy, 2011). Nice product placement there, Rudy.

For this assignment, Susan instructed me to use the "sketch to stretch" strategy. This technique gives students an opportunity to “represent personal meaning through sketching after reading” (McLaughlin, 2015). Sketch to stretch is often “used in small groups after reading narrative or informational text” (McLaughlin, 2015). Rudy’s article is an informational text, so sketch to stretch would work well. I can teach this strategy to my students by first explaining that summarizing is “a reading strategy that involves extracting essential information from text” (McLaughlin, 2015). Then, I will explain the sketch to stretch technique to my students. I will demonstrate the strategy by reading the first paragraph of the assigned reading aloud. Then, I will draw a sketch and share it with the class.


This is my sketch for the term "sabermetrics." When it is introduced in the first paragraph, the author anticipates readers' reactions by stating that "it isn't a cross between a sword and the metric system" (Rudy, 2011). However, I don't think of sabers as swords, I think of lightsabers. Sabermetrics, in short, is the statistics of baseball, and I think the idea of someone using a lightsaber as a baseball bat is funny. However, I did not know what sabermetrics was before reading this article, so the sketch definitely helps me connect what I already know to new information so I can remember its meaning (not to mention, I'm teaching my students that it's okay if you aren't a great artist). This activity works well from an experiential learning perspective because students are reflecting on their prior experiences and connecting them to a new experience (sabermetrics in Moneyball).

After we have talked about my example as a class, I will have students work in small groups to read the rest of the text. They will then "express what the text meant to them through a sketch ... (and share) their sketches one at a time" (Rudy, 2011). Once the group has commented on a student's sketch, the student will offer his or her own interpretation of the sketch. Students will continue this process until everyone in the group has shared their sketch. Then, we will regroup, share some examples, and talk about some of our main takeaways from this exercise.

References
McLaughlin, M. (2015). Content Area Reading: Teaching and Learning for College and Career Readiness. Pearson Education.

Rudy, K. (2011, October 28). “Moneyball Shows the Power of Statistics.” The Minitab Blog. Retrieved from https://blog.minitab.com/blog/the-statistics-game/moneyball-shows-the-power-of-statistics?fbclid=IwAR2v8NcMJBnLHbX-IwgbEeUAkVzgdk9fRL87p1LdHo0rhoIpFr_erX3fGcQ

SportingCharts (2015). “Ultimate Guide to Value Over Replacement Player – VORP.” Retrieved from https://www.sportingcharts.com/articles/mlb/ultimate-guide-to-value-over-replacement-player-vorp.aspx

Thursday, April 18, 2019

Are The New England Patriots Impossibly Good?


This week, Heather, Susan, and I continued to frame our readings from a statistics perspective. We found an informational article from Harvard Sports Analysis titled “No, CBS Sports, The Patriots Have Not Found an Edge on Coin Flips.” This article would work well in a statistics class because it discusses probability and independence. It also presents calculations for the probability of multiple different outcomes.

In November 2015, Harvard Sports Analysis published an article to address the claim that the New England Patriots were “winning coin flips at ‘an impossible rate’” (Chase, 2015). The author, Harrison Chase, believes that “accusing anyone of cheating at coin flips is absurd,” so he goes on to prove them wrong with probability (Chase, 2015). At the time of publication, the Patriots had won 19 of the last 25 coin flips. In football (and most sports, really), the coin toss occurs at the beginning of the game. The captain of the visiting team calls either “heads” or “tails” while the coin is in the air. If he is correct, his team gets to choose which team goes first, which end zone his team defends, and which direction players go to score points (Rookie Road, 2019). The team who wins the coin toss controls how the game is organized, which gives that team a perceived advantage. The probability of the Patriots winning at least 19 of 25 coin flips is 0.73%. However, there are 32 teams in the National Football League (NFL). The probability of one or more of these teams winning at least 19 out of 25 coin flips is about 20%. The author also points out that it is misleading to choose 25 games out of nearly 250 games that Bill Belichick has coached (at the time). Looking at all of Belichick’s games, there is a 38.71% chance that a sequence of 25 games will have 19 or more heads. If the Patriots call "heads," it is very likely that they will win the coin toss. The bottom line is that the Patriots are not cheating, and CBS Sports’ headline is misleading.


Students need some background knowledge before reading the text. This includes basic knowledge of football games, coin tosses, the New England Patriots, and their coach. One thing that might confuse students is the passage where the author talks about Patriots coach, Bill Belichick. The author talks about Belichick without stating that he is the team's coach, so he is assuming that the reader is already familiar with the team. If I was to use this article for a statistics class years from now, Belichick might be long gone and students will have no idea who he is. Especially because Baltimore is so far away from Boston. This article is from Harvard University, which is in New England, so the Patriots are going to be the most popular football team in that area. Students should also be aware of “deflategate” because it is mentioned in the article. Deflategate was a huge Patriots controversy in early 2015, so I might need to give students an overview of the situation if I want to assign this reading in the future.

On the surface, this article might seem like it is only addressing the NFL controversy. However, it also illustrates the importance of interpreting data appropriately. The CBS sports article claimed that the Patriots were winning at an “impossible” rate because the probability of them winning at least 19 out of 25 coin flips was relatively small. However, further statistical analysis proves that while this occurrence is unlikely, it is not impossible. In statistics, it is important to not just take things at face value. Just because something seems impossible or unlikely, does not mean it is.

The author uses a very informal tone. However, he is obviously still a little angry that a huge media outlet would insinuate that his beloved Patriots cheated. He even states that “with Deflategate out of the way the media is looking for something to accuse the Patriots of” (Chase, 2015). In fact, “common sense… will tell you that the Patriots have not been cheating by winning coin flips at an ‘impossible’ rate” (Chase, 2015). Chase is a Patriots fan and wrote the article to inform non-Patriots fans.

For this assignment, Heather instructed me to use the “say something” strategy. This technique requires students to “work in pairs to read a text, stopping at designated points to turn and Say Something to their partners” (McLaughlin, 2015). “Say something” works well with informational text. Students can “make a comment, ask a question, make a prediction, clarify a point, or make a connection” (McLaughlin, 2015). I can teach this strategy to my students by explaining the importance of monitoring and clarifying the text. As a comprehension strategy, monitoring/clarifying “involves constantly asking ourselves ‘Does this make sense?’ and adapting strategic processes to make the message clear” (McLaughlin, 2015). After I have introduced the technique, I will ask a student to demonstrate it with me. The end of each paragraph will be a designated stopping point, so I will start by reading the first paragraph aloud. Once I have finished the paragraph, I will start the “say something” technique by asking my partner “What does the author mean by ‘an impossible rate?’” When I first read through the article, I wondered what someone would consider “impossible” in this context. Technically, an event is not impossible unless it has a probability of 0. I also wondered how many coin flips were taken into consideration. If the sample size is small, a relatively large amount of wins does not mean the coin flips are rigged. After I have demonstrated the “’say something" technique with my partner for the first few paragraphs, I will read the next paragraph aloud and let students work with their own partners to “say something.” Then, I will set the class free to read the rest of the article and pause after each paragraph to make comments and ask questions. Once students have completed the article, I will ask them to talk to their partners about some of the main questions, comments, predictions, and connections that they noted while they were reading the text. Then, we will regroup as a class and share some of the key takeaways.


References
Chase, H. (2015, November 5). “No, CBS Sports, The Patriots Have Not Found an Edge on Coin Flips.” Harvard Sports Analysis. Retrieved from http://harvardsportsanalysis.org/2015/11/nocbs/?fbclid=IwAR0cARYA3xSXyija98hMJTZ70NGy1VFZG4_XayKdGBuvgmVSrenL1eMvruc

McLaughlin, M. (2015). Content Area Reading: Teaching and Learning for College and Career Readiness. Pearson Education.

Rookie Road. (2019). “Football Coin Toss.” Retrieved from https://www.rookieroad.com/football/basics/coin-toss/

Saturday, April 13, 2019

Lions, Tigers, and Bears: Is It Our Fault They're Disappearing? (Oh My!)


As an educator, I need to be able to present my students with the reading comprehension strategies they need to become proficient readers. Although my discipline is mathematics, it is still crucial that I promote literacy in my classroom. There are statistics courses offered in Maryland public high schools, but statistics concepts are introduced in almost every basic mathematics class. A common concept covered in a statistics unit is “bad” statistics. This includes improperly collected or interpreted data. This week, my partner, Heather, and I chose an article that debunked a tweet claiming “humanity has wiped out 60% of animals since 1970.”

The Atlantic’s expository article “Wait, Have We Really Wiped Out 60 Percent of Animals?” introduces the claim that humanity has destroyed 60 percent of the world’s animal population since 1970. The organization that made this claim cited the World Wildlife Fund’s (WWF’s) Living Planet report. However, this report only stated that the size of vertebrae populations has declined by 60 percent on average, which is very different from the claim that the whole animal population has declined by 60 percent. People are reading this tweet and believing it, which is problematic because the organization is making claims about metrics that were not assessed. There are countless issues with humanity killing off animals and wildlife, but author Ed Yong states that “when the reality is this sensational, there’s (no) need to sensationalize it further” with incorrect data analysis (Yong, 2018). It is crucial for reporters to characterize the problem and its scope correctly.


This article introduces important statistics concepts like populations and samples. The populations used in the WWF study were mammals, birds, fish, reptiles, and amphibians. These populations were mostly sampled through direct counts, camera traps, satellites, and proxies. However, none of these samples can be considered representative of the whole animal population because they were mostly taken in Europe. The animal population in Europe is not going to be representative of the animal population in Africa.

Students should have some background knowledge of concepts discussed in the article before reading the text. Some of this knowledge includes an understanding of WWF, their goals, and the purpose of the Living Planet report. I could give my students a quick overview of WWF’s Living Planet report before assigning the reading. I also need to make sure my students understand some of the vocabulary. This article uses some complicated terms, such as “pedantic,” “ether,” and “dichotomy.” I do not expect students to understand what most of these words mean, so we will define them before tackling the text. Students should also be aware of some of the references the author makes, including coral bleaching in the Great Barrier Reef and deforestation in the Amazon rainforest. The author also references conspiracy theories and “fake news” in the government. This article is still recent, but it probably will not work as well as a reading assignment a few years from now.

Overall, this article is organized well. I believe it would work well as a reading assignment in a high school statistics class or other math class with a statistics unit. I really like that this article uses a textbook-type example with lions, tigers, and bears (oh my!). Students can easily see the connection between real-world examples and problems they would encounter in a math class. The following is Yong's example:

Imagine you have three populations: 5,000 lions, 500 tigers, and 50 bears. Four decades later, you have just 4,500 lions, 100 tigers, and five bears. Those three populations have declined by 10 percent, 80 percent, and 90 percent, respectively – which means an average decline of 60 percent. But the total number of actual animals has gone down from 5,550 to 4,605, which is a decline of just 17 percent.

I was looking through some reading strategies I could implement with my students, and really liked Maureen McLaughlin’s “save the last word for me.” In this activity, students “select a quote, fact, or idea from the text” (McLaughlin, 2015). Then, students get into groups and “explain why they chose the information and which connections they can make to it” (McLaughlin, 2015). The quote that stood out to me most in this article was "surely what matters is waking people up, and if an inexactly communicated statistic can do that, isn’t that okay?” (Yong, 2018). If I was doing a “save the last word for me” activity, I would pose this question to my group members and ask them to share their opinions. However, Heather and I were discussing this strategy and decided that a think-pair-share would probably work better. This article is a little controversial, so we agreed that a class discussion would be beneficial. Letting students discuss quotes and ideas they found interesting or important with their partners first will help facilitate a productive class discussion.

References 
McLaughlin, M. (2015). Content Area Reading: Teaching and Learning for College and Career Readiness. Pearson Education.

Yong, E. (2018, October 31). “Wait, Have We Really Wiped Out 60 Percent of Animals?” The Atlantic. Retrieved from https://www.theatlantic.com/science/archive/2018/10/have-we-really-killed-60-percent-animals-1970/574549/