Arts - Buffalo State College
Arts - Buffalo State College
Arts - Buffalo State College
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e further applied to lowercase letters. Utilizing these pictures,<br />
classroom teachers could provide another way to expose children to<br />
letter-sound connection.<br />
Presentation Type and Session: Poster I<br />
Developing Basic Mastery of Mathematics<br />
For Elementary Students<br />
Maria Horanburg, EDU 690: Master’s Curriculum and<br />
Assessment Project<br />
Faculty Mentor: Professor Coralee Smith, Elementary Education<br />
and Reading<br />
The purpose of this elementary education curriculum project<br />
was to create a user-friendly, web-based teaching unit that focused<br />
on mathematical notation and number value for young students and<br />
their teachers. It is important for young learners to feel confident<br />
and successful at the beginning stages of their education in order<br />
to build on prior knowledge and see future success. Mathematics<br />
notation and number value are two of the early concepts taught.<br />
The goal of this project was to create an interactive web site for<br />
elementary teachers so their students can master simple addition<br />
and subtraction problems. Once students are able to master these<br />
basic skills, they are given a much better chance to be successful in<br />
their future math education. This project addressed this question:<br />
What are effective ways of teaching and developing understanding of<br />
math notation and number value in the early elementary classroom?<br />
The web site address is http://elementarymathedu.wordpress.com/<br />
Presentation Type and Session: Poster II<br />
Does Readability Affect Student<br />
Response?<br />
Dawn Weihrich, SCI 690: Assessing Reading in Science<br />
Faculty Mentors: Professor Joseph Zawicki, Earth Sciences and<br />
Science Education and Professor Catherine Lange, Earth Sciences<br />
and Science Education<br />
This presentation will describe a pilot study that investigates how<br />
readability affects student response on tests. To this end, I have given<br />
urban students in the 9th grade different reading passages that have<br />
different grade level readabilities. The students were given a reading<br />
passage on the immune system with a readability at a high 7th grade<br />
level versus a low 5th grade level and asked them six questions based<br />
on the passage. To my surprise I found that they actually did better<br />
on the higher-level readability passage. These students, however,<br />
were made up of a high percentage of English language learners<br />
and have low reading levels. There was not a significant difference in<br />
the responses to make an accurate conclusion. So I decided to make<br />
two more versions of the immune system passage; one was a low 4th<br />
grade level and one was a low 4th grade level, but included a variety<br />
of visuals in the reading. These were then given to the same students<br />
and then analyzed to see if the responses were significantly different<br />
from the first round of responses. The design of the study and the<br />
initial findings will be shared.<br />
Presentation Type and Session: Oral – Education<br />
Education<br />
Electrified Education<br />
Jodie Bonnas, EDU 690: Master’s Curriculum and Assessment<br />
Project<br />
Faculty Mentor: Professor Coralee Smith, Elementary Education<br />
and Reading<br />
This study was conducted to guide a student in creating a<br />
working circuit and discover items that conduct electricity, via<br />
inquiry-based instruction. The study took place in a public library,<br />
after school, over the course of several days. While at the public<br />
library, electricity lessons were implemented with the goal of<br />
amending the third grade student’s pre-determined misconceptions.<br />
Ansberry and Morgan, E. (2009) advocated that students in grades<br />
kindergarten through second grade should have a good grasp of<br />
what the electricity in a circuit does. Based on pre-assessments the<br />
third grade student did not have a solid conceptual understanding of<br />
electricity. Before exploring electrical concepts at a third grade level,<br />
this student needed to review previously taught electrical curriculum.<br />
The three implemented lessons were based on kindergarten through<br />
second grade electrical curriculum. The reported informational<br />
data was gathered using teacher observations, student interviews,<br />
rubrics, and post-assessments. The components of this study will be<br />
displayed in an interactive technology based presentation. The web<br />
site address is http://electricityunit.wordpress.com/<br />
Presentation Type and Session: Poster III<br />
Emergent Writing<br />
Amanda Norton, EDU 690: Master’s Curriculum and Assessment<br />
Project<br />
Faculty Mentor: Professor Coralee Smith, Elementary Education<br />
and Reading<br />
This multi-media, web-based curriculum project was designed<br />
using a six-week unit plan for Kindergartner students who are<br />
beginning to learn about the identification of the letters, sounds<br />
and written forms of the letters of the alphabet. The interactive<br />
curriculum unit is aligned with the Common Core Learning<br />
Standards. A detailed curriculum map is provided for the elementary<br />
teacher to use. The provided lessons focus on each of the letters<br />
of the alphabet using multi-modalities of learning and teaching.<br />
Each lesson represents a different letter of the alphabet along with<br />
the sound it makes as well as providing each letter with its upper<br />
and lower case for the student to see and write. After the students<br />
complete this web-based curriculum unit, the Kindergarten students’<br />
ability to identify each letter, make the sound of each letter and to<br />
write the letter can be assessed by multiple summative printable<br />
assessments that are included in the curriculum unit. The web site<br />
address is www.nortonsemergentwriting.wordpress.com/.<br />
Presentation Type and Session: Poster III<br />
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