Who cares? Quantitative skills are often an important College outcome*

Slides:



Advertisements
Similar presentations
Unit 6 – Fundamentals of Calculus Section 6
Advertisements

Year 11 Mathematics What type of Maths courses are there in year 11? ► ATAR Courses: Examinable courses, which may be used towards a university.
Which Math Class Should I Take Next Year? A helpful discussion with AP Calculus Teachers Ms. Jennings and Mr. Messner.
Multi-State Collaborative 1.  Susan Albertine Vice President, Office of Diversity, Equity, and Student Success, AAC&U Faculty Engagement Subgroup, MSC.
Common Core State Standards K-5 Mathematics Kitty Rutherford and Amy Scrinzi.
Description of a Foundations of Calculus Course for Teachers CMC-Asilomar December 2005 Karen Payne Aguilar.
Meredith Denton-Hedrick Adjunct Associate Professor of Geology Austin Community College.
Math Attitudinal Survey Assessment Results The Math You Need When You Need It Incorporating quantitative skills to improve student.
Webinar facilitated by Angela Jones and Anne Lawrence Mathematics and the NCEA realignment Part three.
The Transformation of Secondary Preservice Teachers’ Mathematical Content Knowledge in a Capstone Course Matthew S. Winsor Ph.D. The University of Texas.
GV Middle School Mathematics Mrs. Susan Iocco December 10, 2014.
The Singapore Math Approach
A Spreadsheet Learning Environment (SLE) For Business Math The Oswego Symposium on Learning and Teaching: A Celebration of Meaningful Learning Jack Narayan.
Statistical Analysis Topic – Math skills requirements.
A Change in Assessment Procedures.  Looking at Infrastructure  Computer updates  Working with IT department (more than pre id)  Integrating technology.
Change: Let Us Be Aware of the Treasures It Can Bring Emma Ames Mary Jo Messenger 1.
Common Core Math Instructional Shifts. Introduction  Be college and career ready  Greater master through focus and coherence  Aspirations for math.
Developing Quantitative Skills in the Classroom Sharon Browning Baylor University SERC Workshop March, 2014.
Summarizing “Teachers need to learn concepts.” –Mike Maxon “Teachers need to be able to connect and see mathematics in their everyday lives.” –Personal.
For each rule make a table, graph, and draw figure 0, 1, and 2.
Algebra II Sequence Rationale. Preface According to the TEKS for Algebra I, students will learn: What a function is Gather and record data Represent functions.
AP Chemistry. Introduction  This course is designed to be the equivalent of a first year college chemistry course  Objective is to obtain a score of.
Adding Quantitative Reasoning to Your Course Some Ideas and Places to Begin.
Making Meaning of Data Analysis Christine Browning & Gina Garza-Kling Western Michigan University Christine Browning & Gina Garza-Kling Western Michigan.
Teacher as the expert imparting knowledge Students engaged as learners seeking understanding.
THE STUDENT BECOMES THE TEACHER: Utilizing Teaching Assistants in a 2YC Classroom to Improve Understanding and Increase Retention Prior to Transfer Jessica.
Turning engaging mathematics classroom experiences into robust learning Peter Sullivan and Caroline Brown MAV secondary.
Performance Task and the common core. Analysis sheet Phases of problem sheet Performance task sheet.
Quantitative Literacy at WOU. LEAP In November, Faculty Senate recommended that WOU adopt LEAP's (Liberal Education & America's Promise) learning outcomes.
Core Maths. THE NEED - Statistics The government has set out an ambition for the overwhelming majority of young people in England to study mathematics.
Major Academic Plan (MAP)
MathPatch: A way of supporting teaching quantitative concepts in a geoscience class.
Teacher SLTs
Support for English, maths and ESOL Developing functional mathematics with vocational learners Module 12b: Number concepts and skills.
MATH Mathematical Literacy for College Students II
Major Academic Plan (MAP)
Slope & Y-Intercept In Context
Aim: How do we fit a regression line on a scatter plot?
MATH Mathematical Literacy for College Students II
Quick Graphs Using Intercepts
Presented by: Angela J. Williams
Good morning – a little maths to start the day.
Why? Why do we provide for Talent Development opportunities in Cobb County? Meet the needs of high-achieving/highly- able students who have not qualified.
There is Maths in Psychology!
Major Academic Plan (MAP)
Advanced Mathematics Online Courses.
Ways to Numbers Within 20 Unit of Study: More Addition & Subtraction Strategies Global Concept Guide: 3 of 3.
Regression.
Why? Why do we provide for Talent Development opportunities in Cobb County? Meet the needs of high-achieving/highly- able students who have not qualified.
Bell Work: Learning Log entry: read and summarize p27.
Graphing Review.
Quantitative Literacy at WOU
Fostering Data Conversations that Support Guided Pathways Planning
Math SL Year 2 August 24th.
Teacher SLTs
STEM Fair Graphs.
Mrs. Spelhaug Iowa Core Geometry
Find the line of best fit.
First-year TMYN Implementation
4.0 Confidence Limits cdf for the z-statistic
Section 1.4 Curve Fitting with Linear Models
Regression.
y x y = x + 2 y = x + 4 y = x – 1 y = -x – 3 y = 2x y = ½x y = 3x + 1
Write the equation for the following slope and y-intercept:
Mathematical & Quantitative Reasoning Skills
Pre- teaching.
Representation in Science and Math classes
Teaching Quantitative Reasoning
1: Slope from Equations Y = 8x – 4 B) y = 6 – 7x
Residuals and Residual Plots
Presentation transcript:

Teaching Quantitative Skills Why is it hard and what can we do about it?

Who cares? Quantitative skills are often an important College outcome* Quantitative skills are requested by employers* (Geo)science is fundamentally quantitative Quantitative Skills are an foundation of Quantitative Literacy Quantitative Skills requirements are often the biggest barrier to completion of AA# *AACU LEAP report #NCES/IES

And, there is always the possibility…..

Why is it so hard for our students to do math in our classes?

Why is it so hard for our students to do math? Anxiety/Lack of confidence Wide range of QS that we require May have been lots of time since they have seen the math May never have seen the math we use Often differences in naming No support from textbook Differences between what we do and what the math folks do TRANSFER is HARD! We often are not the best teachers of QS

Why is it so hard for our students to do math? Anxiety/Lack of confidence Range of QS that we require Lots of time since they have seen the math we use May never have seen the math we use Differences in naming Little/No support from textbooks Differences between what we do and what the math folks do TRANSFER is HARD! We often are not the best teachers of QS

What can we do about it? Use multiple representations (e.g. graph, equation, data table) Revisit the same skills multiple times Place mathematical concepts in context Use technology appropriately Provide support outside of the classroom

The Math You Need, When You Need It Density Best-fit line Unit conversions Rates Plotting points Rearranging equations Hypsometric curve Trigonometry Calculating Slope Graph reading

The Math You Need, When You Need It Tested in 43 schools (19 2YC), 105 courses (42 2YC), 3282 students (1121 2YC)

Student perceptions N=3594 N=3154 N=3532

Data from pre- and post-tests shows that TMYN helps strong and weak students +47% +40% +23% +21% Very weak students Very strong students

The Math You Need, When You Need It Improves quantitative skills Students find it helpful Helps all student levels Doesn’t require large amounts of class time http://serc.carleton.edu/mathyouneed/

Can we extend the TMYN ideas to other areas?