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Senior Year has come and gone. I want to use this opportunity to reflect on my overall experience here at DRSS.
 
Every year has had its ups and downs for me; and yet I always find myself coming away thinking, "Wow! I wonder what I should do now that school is over?" This is not, however, because I dislike learning; but instead because I wish to make use of some newly aquired skill. Often, there are so many that I must debate with myself about which activities I should persue first.
 
In Ninth Grade I came away with a hurricane inside my head. I was filled to the brim with excitement from Philip Bottilier's Conceptual Physics class. My soul shuddered with joy as I sat in Ms. Montgomery's Fine Art lessons.
 
Having already taken two year of Chinese, I leapt at the chance to take Chinese through the College Credit Plus program at our school when Tenth Grade rolled around. Although I had to leave the program after the first semester, I was quick to rejoin the rest of my peers in the at-grade-level Chinese classes. 
 
I fell in love with the subject of geometry and its many sides. It taught me a new way to see math as a whole. Every segment of it was intriguing and beautiful. I found puzzles at my feet and enjoyed the work of solving them. I found ways to make use of the tools provided to me and have carried those skills with me ever since.
 
Biology with Mrs. Campbell was as straight-forward as it could be. We learned about the body systems in collaboration with Ms. Tash's Wellness & Fitness class. The work we did in this class did not appeal much to me at the time, but I later found it had laid the groundwork of an insatiable hunger for knowledge of genetics and microbiology.
 
With Eleventh Grade just around the corner I flung myself into the arts and sciences every free moment I could find. As I entered Algebra II, I found myself reworking every method and problem solving tool so that I could understand the subjects of investigation just as acutely as the year before.
 
I took Chemistry and began to see connections between the building blocks of the world and the observable reactions in the world around me.
 

Chemistry

   This year was the first in which our school has started encouraging some teachers to use a new style of teaching called "the GRID method".
 
   The GRID method is a teaching aid for teachers, specifically designed to allow students to work at their own pace while still being able to complete the work required by the teacher.
 
   And so, during January, 2017 of the third quarter, my Chemistry teacher introduced our class to a method of teaching/learning called the Grid Method. The Grid is meant to be self-paced with a clear focus on increasing the functionality of student’s time management and goal-setting skills. The Grid itself is the sheet that accompanies this style of learning. Of the course of many weeks, students in the class would complete a series of tasks that were established on the Grid, while using materials that the teacher had prepared in advance. Each of these tasks were “blocks” on a different “level” of the Grid, and each “level” was devoted to a different aspect of the learning process (Notes, Application, Prediction, Design, Evaluation).
 
   When using the Grid, one of the first things we had to get used to was the new Cup System for getting the teacher’s help on something. Because the Grid Method is self-paced, the teacher needed a way of reaching students that wouldn’t work normally in the lecture based lesson of a Chemistry class. Instead of answering questions from the front and already having the context of the question, she would literally need to find out exactly what the student was working on and the reason for the question. To fix this, she implemented a Cup System to help her reach students who needed immediate help first, and then reach students who could keep working on something even though they had a slight bit of confusion.
 
   The Cup System actually had a very large influence on our learning, simply through the routine that it brought to the lessons. Every morning we went get a set of three colored cups from the front of the room: green, yellow, and red respectively. The Green Cup was on top of the three cup stack we were to keep at our desk. That cup meant that we were working fine and wasn’t having any problems. We switched to the yellow cup if we didn’t quite understand the practice problems given to us in our notes, or if we had a question about things that the notes may have only mentioned briefly. Last was the Red Cup, which might have been the most important. The Red Cup was used when we were either stuck so much that we couldn’t progress, or if we needed her to grade our work so we could move onto the next block or level on the Grid.
 
   The reason that my teacher took a chance and tried the Grid Method is because teachers around the world are beginning to see that “work-at-your-own-pace” systems have worked well in alternative school systems around the world. One of these alternative schools that I personally have experienced in the past, and had success with “work-at-your-own-pace” methods would be the River’s Edge Montessori School. In Montessori Schools, students worked on materials that they learned by themselves with the teacher, and occasional group lessons.
 
   The problem with the self-guided Grid Method lies in the structure of traditional school systems. Even STEM, with its Project-Based Learning, falls short.
While enrolled at the Montessori school I used to attend, some of those self-guided lessons took up a whole half of a year. We might have focused for two or three hours on a single subject, just because we were engaged and focused on learning it. And that might have just been learning double-digit multiplication!
 
   When our teacher planned out the grid method, she was already at a disadvantage in more than a few ways. She planned for every student to be finished with the Grid in only three weeks after the start. In keeping with her traditional method of teaching, she continued to have notes as part of her “lessons”. She would upload a video of a PowerPoint with herself speaking through it. The quizzes were not nearly as helpful in ensuring that we understood the subject material as some of the non-mandatory practice problem sheets were.
 
   Using a traditional method of thinking works fine if you are using a traditional method of teaching, but does not work out if you try to use that way of thinking with a newer method of teaching. The whole point of the new method of teaching is trying to turn you away from the older methods that don’t work as well. Instead, she combined them and instead of making learning easier by replacing an old method, she used an old method in a new format which resulted in a recipe for disaster.
 
   Most schools try to avoid those practice sheets as much as possible, hence why they were not mandatory. They give them the name “busy work” and tell the teachers that giving these to students is almost a form of neglect in and of itself, but I must argue otherwise. While a beautiful project gives the school something to show as a sort of badge, it pushes students into doing something that they might not even understand yet. Projects like that should only be given after the initial understanding.
 
During the GRID, I completed writing an essay about Chemical Bonds. This essay reflects the final project I did during the GRID.
 

Technical Reading & Writing

   In Technical Reading & Writing we have learned to compose all manner of technical documents, but if I had to pick a favorite it would have to be the Annotated Bibliography that I wrote just before the Manuscript Project.
 
   The Manuscript Project was one where we were required to gain a mastery level understanding of a topic, and then construct a testable hypothesis on the subject. After constructing the hypothesis we were to test it and write out our findings in the form of a research paper. To start off the research portion of this assignment, I first had to pick my topic and construct an Annotated Bibliography. Later, I would use the information in my Annotated Bibliography to help me in writing my research paper.
 
   The topic that I chose to research was handwriting. I am very interested in language, and while in the past I have mostly focused on the Chinese language, I have since turned my attention to the handwritten portion of the English language. Lately, I have become particularly intrigued by letter formation and the difficulties people face when writing. Knowing that the Chinese language has a specific stoke order proven to improve the writing of Chinese characters, I wanted to know if such a stroke order either exists in, or would be of benefit to the English writing system.
 
   Starting my research on the subject, I was guided to INFOhio by my Technical Reading & Writing (TRW) Teacher, Mrs. McDaniel. From there, I was able to use the “Advanced” Search Settings to locate multiple articles on the subject of handwriting difficulties by multiple reputable sources. Two of these were ones I decided to use for my Annotated Bibliography. The first was an article, “Teaching Handwriting to Elementry Students with Learning Disabilities: A Problem-Solving Approach,” by Shawn Datchuk for the journal Teaching Exceptional Children, and the second article was, “Examining first grade teachers’ handwriting instruction,” by Dr. Derya Arslan for the journal Education Sciences: Theory & Practice.
 
   Composing the Annotated Bibliography was actually the hardest part of the Manuscript Project. To better understand why it was so hard for me, perhaps it would be best if you knew what the actual definition is. Purdue OWL defines a bibliography as, “a list of sources […] one has used for researching a topic,” and an annotation as, “a summary and/or evaluation.” From this point, we can determine that an annotated bibliography may be defined as a list of source which includes a summary and/or evaluation.
 
   The part of that which I had trouble with was the summary/evaluation piece. I have a great deal of difficulty when it comes to specifically “short” summaries and “useful” evaluations. To me, every part of a source I chose to use is just as important as another. My teacher worked a lot to help me come up with an annotation for my first source that would meet the requirements. Eventually I was, with her help, able to come up with two completed annotations for my two sources. Afterwards, creating the actual citations for the bibliography part was easy.
 
   The process which I used to created this Annotated Bibliography is one that I expect to use time and time again in college and perhaps someday in my own profession. This is truely one of the most useful skills I have ever developed, and I owe a great deal of thanks to Mrs. McDaniel for helping me to do so.

Algebra II

   Here at STEM, mathematics is one of the subjects that is emphasized particularly heavily. In fact, it’s right there in the name. This year the juniors all had to take Algebra II. We have learned everything thing this year ranging from Inverse Functions to Radians, and after learning about all those subjects, there was one final project for the year where we would go back and cover one topic of our choosing.
 
   We would have to create a product that incorporated the algebra topic into the user-end of our final project. This means that we had to be able to explain our topic to the user well enough that they would be able to successfully complete problems of that subject after interacting with our project.
 
   When seeing that the end result would be to teach others how to use the algebra subject that our project would incorporate into it, I chose to just create a teaching tool for my final product. As for the topic, I chose to cover logarithmic functions and the inverse relationship they held with exponential functions.
 
   I chose this particular topic because it is the single subject that I have the deepest understanding of. A few weeks after the initial lesson about inverse functions and logarithms, I had found that I still didn’t understand the subject and that lack of understanding was preventing me from coming to grasps with the lesson I had been currently on.
 
   I did the only thing that made rational sense at the time and started looking through the class workbook for anything that would help me understand logarithmic equations. The book itself wasn’t very helpful. Mostly, it was just a book full of problems that a teacher could assign to their students. I did eventually find one snippet in the book, however, that held only about one or two sentences on the subject.
 
   I remember being shocked to discover that logarithmic equations were the inverse functions of exponential equations. Somehow, I hadn’t learned that crucial bit of information for the entirety of the time we had been studying the subject.
 
   After a bit more looking, I found the set of equations which were meant to demonstrate the inverse relationship between logarithmic and exponential functions. I found that the depiction of this relationship would confuse me to no end. The problem was that the set of equations happened to use “x” and “y” to demonstrate the relationship, but that brought problems when one would try to use those same equations to graph them.
 
   Upon discovering that this was the problem I was experiencing, I set about to creating a new set of equations that could both be used to display the inverse relationship, and also to help the use graph the equations when looking at them individually.
 
   Bringing this back to the present day of the project, I decided that this was the perfect time to demonstrate the new set of equations that I had created. The problem was that I had lost the original work I had done on the subject, and upon rewriting the equations I had discovered a fatal flaw that would prevent people from graphing the inverse relationship. I reworked my set of equations though, and eventually I came up with a new system that worked better than the original one.
 
   The final product that I created had a new system of equations that worked better than the previous one I had created. The worksheet that I finalized will be an incredible tool for me to use in the future while I study independent learning.
 
 

12th Grade Projects

Introduction

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