Math and Technology in the Elementary Classroom A Staff Meeting Presentation By Jennifer Matlick.

Slides:



Advertisements
Similar presentations
Upper Elementary Math Three Things to Keep in Mind: US Teaching Culture and Practice Problem Solving as an Instructional Tool Big Math Concepts Need Time.
Advertisements

Family and Community Support Why Has Mathematics Instruction Changed? Myths and Facts.
© 2012 Common Core, Inc. All rights reserved. commoncore.org NYS COMMON CORE MATHEMATICS CURRICULUM A Story of Functions A Close Look at Grade 9 Module.
Developed by ERLC/ARPDC as a result of a grant from Alberta Education to support implementation.
Algebraic Reasoning January 6, State of Texas Assessments of Academic Readiness (STAAR) More rigorous than TAKS; greater emphasis on alignment to.
GEOMETRIC PROBABILITIES: FROM FRACTIONS TO DEFINITE INTEGRALS USING TECHNOLOGY Sergei Abramovich State University of New York, Potsdam, USA.
DISCOVERING ALGEBRA GRAPHING LINEAR EQUATIONS by David A. Thomas and Rex A. Thomas.
Description of a Foundations of Calculus Course for Teachers CMC-Asilomar December 2005 Karen Payne Aguilar.
Demystifying the new Primary computing curriculum
Manipulatives – Making Math Fun Dr. Laura Taddei.
ACOS 2010 Standards of Mathematical Practice
Graphing Calculators Using technology not as a crutch for basic calculations, but rather as a link to higher levels of understanding and to critical thinking.
Dr. Laura McLaughlin Taddei
Mathematics the Preschool Way
INTRODUCTION OF THE LESSON
Emily Stone, Katie Dardis, Rachael Rzepka, Courtney Ariola Robot Or Not?
Manipulatives – Making Math Fun Dr. Laura Taddei.
Math Instruction What’s in and What’s out What’s in and What’s out! Common Core Instruction.
GV Middle School Mathematics Mrs. Susan Iocco December 10, 2014.
7 th Grade Math 2007 – 2008 Tom Pee Courses: 7 th Grade Math Topics in Mathematics Pre-Algebra.
Public Advisory on Incorporating Technology into Mathematics Reported by: Kirsten Werne.
 Jillian had 15 cookies to bring in and share with the class and Mike had 17. If their class has 35 students, will there be enough cookies for everyone.
Show Me The Money! Making Percents Relevant Eunice Kim Unit Plan Presentation.
1 Chapter No 3 ICT IN Science,Maths,Modeling, Simulation.
By: Kayla Ford, Jessica Hogue, and Shelby Spalding TEACHING AND LEARNING WITH TECHNOLOGY IN MATHEMATICS AND SCIENCE.
Gilbert Institute Ongoing PD commencing the week of March 3, 2014
“If we teach today the way we were taught yesterday we aren't preparing students for today or tomorrow.” ~Author Unknown.
If you are using an Apple device, such as an iPad or iPhone, and you want to follow the instructions you will need a ‘Flash’ compatible browser. If you.
Technology in Science and Mathematics Instruction Session Five EDT 612.
Parent Math Information Night December 6, 2011 Rebecca Fleming & Noreen Haus.
Piedmont K-5 Math Adoption May 29, Overview What Elementary Math Looks Like Historical Perspective District Philosophy Process and Criteria Why.
Brandon Graham Putting The Practices Into Action March 20th.
Is there a best way for teaching and learning?. Instructional Methods Drill & Practice Lecture Discussions Creative problem solving Inquiry based learning.
Chapter 11 Technology in Mathematics and Science Instruction © 2010 Pearson Education, Inc. All rights reserved.
GMU COMPLETE Center Candy Dilemma A VDOE SPONSORED MSP PROFESSIONAL DEVELOPMENT OPPORTUNITY THROUGH GEORGE MASON UNIVERSITY Cyndi Madden Mona SamahaPatricia.
Technology Matrix Mathematics Grade 4 Heather Ross December 1, 2010.
Curriculum Night, 2009 Pre-Algebra. Pre-Algebra “Big Ideas” Real Numbers Linear Functions Pythagorean Theorem/ Indirect Measurement ScatterplotsSlope.
My Comrade, Technology Pam Losinski Michigan State University Masters of Arts in Educational Technology CEP 805-Learning Mathematics with Technology.
A Collaboration between: Los Angeles Unified School District University of California, San Diego San Diego State University University of California, Irvine.
PROCESS STANDARDS FOR MATHEMATICS. PROBLEM SOLVING The Purpose of the Problem Solving Approach The problem solving approach fosters the development of.
Technology in Math and Science Maria Rojas Angela Cyrus Jennifer Sepulvado.
The Evolution of ICT-Based Learning Environments: Which Perspectives for School of the Future? Reporter: Lee Chun-Yi Advisor: Chen Ming-Puu Bottino, R.
Introducing a fully integrated mathematics learning platform a fully integrated mathematics learning platform.
Research on the effects of technology use on the teaching and learning of mathematics.
 For years, corporations have used computer-based simulations with employee-training programs, augmenting traditional on-the-job training with virtual.
T 3 PROFESSIONAL DEVELOPMENT WORKSHOP Make sense of problems & persevere in solving them Reason abstractly & quantitatively Construct viable arguments.
PROBLEM SOLVING What is the role of the teacher?.
Mentoring School Name Date Mentor’s Name. OVERVIEW What is Mentoring? The Mentoring Menu The Coaching Process.
Tech-knowledgy in Mathematics: Investigating Mathematical Models and Concepts Using Virtual Manipulatives and Applets Jennifer M. Suh, Ph.D.
Grade 6 Mathematics Plotting Points Deandra Bernauer January 30, 2014.
MH502: Developing Mathematical Proficiency, Geometry and Measurement, K-5 Seminar 1 September 28, 2010.
Tracy Guerrera Jasmine Rivera Jodi-Ann Martells. Brief Overview Purpose Present a transformations activity for students to complete Get feedback from.
Teaching With Technology Modified From FL PROMiSE Module.
1 I Can Problem Solve (ICPS) #1 Overview. 2 Goal of ICPS To teach children thinking skills that can be used to help resolve or prevent “people” problems.
NCTM Technology Principle and Position Statement Reading Group A: Jennifer Lill Amanda Schellinger Brett Wikierak.
Welcome to Lindland Where learning is our first priority Grade 6: Math What is so important about math?
Diffusion of Innovation Storyboard Project Graphing Calculator and Mathematics Education in High Schools Oko A. Igbokwe Instructor: Prof. Thornburg :Walden.
Grade 9 Parents Night Grade 9 Applied Math. Philosophy Create a supportive, structured classroom environment Build student confidence in Math Use hands-on.
Linear Functions CTSE 5040 Jennifer Miller. Alabama Course of Study Objectives 2. Analyze linear functions from their equations, slopes, and intercepts.
Technology in 7 th and 8 th grade math – Mrs. Ranney
Galaxy Lessons Presented by Team Galaxy Lessons Project Organization.
Problem Based Learning CRIN 602 June 8, Approach to technology integration Take the technology where you need to use it Put it directly in the hands.
The Process Standards and Implications for Mathematical Teaching Practices Trena L. Wilkerson, Ph.D. Professor, Mathematics Education, Baylor University.
Introduction to Math Methods Math Standards. Why can math be fun? Math can be fun because… it can have so much variety in topics. many different ways.
Chester A. Arthur High School
TEACHING TO ENHANCE LEARNING AND DEVELOPMENT
Computers.
Mathematical Practice 4:
Experiential Learning
Presentation transcript:

Math and Technology in the Elementary Classroom A Staff Meeting Presentation By Jennifer Matlick

Background Information The Lakeview Public Schools Math Curriculum is based on the Everyday, or Chicago Math Series. The Lakeview Public Schools Math Curriculum is based on the Everyday, or Chicago Math Series. This series discourages the use of technology, particularly calculators. This series discourages the use of technology, particularly calculators.

Affordances of Technology Transformation Transformation –How does the use of technology transform the lesson? Collaboration Collaboration –How does the use of technology promote communication among students and teachers? Information Information –How does the technology provide students with information? Representation Representation –Does the technology present the material in a new and different way?

Ways Technology Benefits Math Instruction in the Classroom Reinforces previously taught concepts Reinforces previously taught concepts Solves complex mathematical algorithms more efficiently and accurately Solves complex mathematical algorithms more efficiently and accurately Leads to exploration and discovery of new concepts Leads to exploration and discovery of new concepts Provides complex real world situations and promotes real world solutions Provides complex real world situations and promotes real world solutions Eliminates human calculation errors assuming algorithms are correctly inputted Eliminates human calculation errors assuming algorithms are correctly inputted Graphic simulations replace tedious paper-pencil representations of concepts Graphic simulations replace tedious paper-pencil representations of concepts Allows students to manipulate data, therefore encouraging them to make assumptions about various possible outcomes when dealing with mathematical variables Allows students to manipulate data, therefore encouraging them to make assumptions about various possible outcomes when dealing with mathematical variables

Technology & Math Resources NCTM Standards NCTM Standards Jasper Jasper Success Maker Success Maker Geometer’s SketchPad Geometer’s SketchPad SimCalc SimCalc Spreadsheets Spreadsheets Calculators Calculators Websites Websites – – – – – sport.html sport.htmlhttp://oncampus.richmond.edu/academics/as/education/projects/webunits/math/ sport.html –

Possible Ways to Implement Technology into the Classroom Centers Centers Group Projects Group Projects During Math Game Times During Math Game Times Bypassing the text and allowing calculator usage on some activities Bypassing the text and allowing calculator usage on some activities Additional Math Programs that enhance our current series Additional Math Programs that enhance our current series

Benefits of Using Technology in Math Increased understanding of concepts Increased understanding of concepts Solve more complex mathematical problems Solve more complex mathematical problems Explain mathematical thinking to others Explain mathematical thinking to others Graph data more accurately Graph data more accurately –Manipulate data –Show variable differences

Final Thoughts Technology is not a crutch that students can lean on making them math disabled, but it is an intellectual and emotional laboratory powering them to new heights. Technology is not a crutch that students can lean on making them math disabled, but it is an intellectual and emotional laboratory powering them to new heights. How can we expect our students to be successful in a future filled with technology, if we don’t prepare them? How can we expect our students to be successful in a future filled with technology, if we don’t prepare them?

Bibliography National Library of Virtual Manipulatives for Interactive Mathematics. Utah State University. (2003) NCTM. Principles and Standards for School Mathematics. (2000). Schirack, Shannon, Garofalo, Joe, Harper, Suzanne, Timmerman, Maria, and Sharp, Brian. Center for Technology and Teacher Education. University of Virginia. (2003) The Role of Calculators in Math Education: Dispelling the myths. Texas Instruments. (2003)

Jennifer Matlick A CEP 805 Learning Mathematics with Technology Professor Ralph Putman Final Project December 8, 2003