Amanda Reid, RCOE, Appalachian State University

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T.O.C by Artifact

T.O.C. by  Tech Competency

T.O.C. by INTASC Principles
 

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NC ETSI Advanced Competencies

INTASC Principles

References

Artifact Four

Math Unit expounds ideas and concepts about graphing for first grade students.  This lesson plan unit provides four lessons that link together and deal with collecting data, recording data, graphing data, and making predictions.  Students practice language arts skills, problem solving skills, and computer skills throughout the four lessons.

Context
The Math Unit was created using Microsoft Word.  It was developed by myself and a fellow colleague during our Block experience at ASU.  We created the unit to provide additional instruction about collecting data and graphing it.  We include four lessons that build on one another.  Students make predictions and develop hypotheses about the jar of m&m’s.  During the following lessons they test their hypotheses by proving or disproving them as they discover the truth.  They graph their results using a computer software program.  This program provides challenges for students with various levels of graphing comprehension.  In other words, the learning experience within the four lessons deal with a subject matter that students can discover the knowledge they need in order to complete the assignment.  This creates a most meaningful and lasting learning experience.

Impact
Integration across the curriculum is a strong focus of this Math Unit.  Teachers can utilize this unit to enhance writing skills.  Writing about math aids students in deeper comprehension of math concepts, as well as developing as a writer.  This unit focuses on small group work and targets various developmental stages.  Group work allows students of various developmental levels to work together and help one another.  The software program accommodates students’ levels by providing easy to hard graphing tasks.  Teachers collect information about student learning and assess their development levels through their work on the computers.  Although students are learning math skills of counting, sorting, and organizing, they are simultaneously learning computer skills that meet the NC Standard Course of Study requirements.  This unit plan can be modified for older students by changing the material being investigated or the topic of graphing.  It is important to note that the activities in these lesson plans are fun, intriguing, and engaging so that students do not fill pressured and stressed by the project at hand.

Alignment
The fourth lesson of the unit plan provides the technology/computer curriculum skills that are met through this assignment.  These skills identify what the students should know and be able to do by the end of this unit (Tech Competency 10.4).  Students create their own graph and print it out to be evaluated.  Teachers can assess their computer skills, their knowledge of collecting data, graphing data, and proving or disproving hypotheses from the products they create using the computer (Tech Competency 12.2).  All the curriculum goals that are intended to be met from this unit are expressed in each lesson.  Students begin the unit with hands-on activities discovering for themselves the knowledge they need to know.  This unit requires students to develop a graph using computer software that has been evaluated by me (see Software Evaluation) to prove their comprehension of the curriculum goals that have been met.  They create their graphs using the colors and design of their choice.  This is a symbol of student expression (Tech Competency 12.7).  Students have physical interaction with the materials and engage in meaningful experiences.  To create these experiences for our students, my colleague and I had to test collecting data from the materials we were wanting our students to work with.  It was important for me to evaluate the software to know what my students would be dealing with and whether it would satisfy the needs and goals I wanted to achieve from my lesson.  Students generate knowledge and a hypothesis from the material they work with.  The students go through a scientific process to prove and disprove their hypotheses, as well as, write about it in their math journals.  These experiences will provide students with meaningful and lasting learning (INTASC #1).