Mathematics at Dutchess Community College Carla DelTreste and - - PowerPoint PPT Presentation

mathematics at dutchess
SMART_READER_LITE
LIVE PREVIEW

Mathematics at Dutchess Community College Carla DelTreste and - - PowerPoint PPT Presentation

Redesigning Developmental Mathematics at Dutchess Community College Carla DelTreste and Rachel VanDerStuyf Background Work on two other IE projects: New Completed IE Innovative Beginning/ Achieve the Unofficial research project


slide-1
SLIDE 1

Redesigning Developmental Mathematics at Dutchess Community College

Carla DelTreste and Rachel VanDerStuyf

slide-2
SLIDE 2

Background

Achieve the Dream kickoff event Unofficial research and discussion Innovative Educator (IE) initiative approved Completed IE research project

  • n

developmental mathematics Work on two

  • ther IE projects:
  • Combining

beginning and intermediate algebra

  • Co-requisite for

statistics New Beginning/ Intermediate algebra course will run Summer 2016 Fall 2016 December 2016 Spring 2017 Fall 2017 Fall 2018

slide-3
SLIDE 3

Outcomes of Spring 2017 Research

  • Created a policy to make enrollment into developmental math courses

mandatory within first 24 credits (currently in progress)

  • Developed proposal to redesign Beginning / Intermediate Algebra
  • Goals:
  • Higher pass rates in both courses
  • Shorten time in remediation  time to completion
  • Increase retention/reduce exit points
  • Developed proposal to redesign Statistics with a co-requisite
  • Some other things we want to explore
  • Placement processes / criteria
  • Backwards redesign of course content in the STEM track.
slide-4
SLIDE 4

Data Driven

  • Initial inquiry ~ 27% (

807 3034) of our students needed math remediation

  • Of those (VFA 2009 Cohort – 6 year data)
  • 22% made it through remedial math and college level math
  • 14% made it through remedial math but not college level math
  • 33% never made it through remedial math
  • 31% did not attempt remedial math
  • Further inquiry – analysis of Fall 2015-Spring 2016 and Fall 2016-Spring 2017
slide-5
SLIDE 5

Data – Algebra Remediation Sequence

Beginning Algebra - F15

  • 49% passed; 39% failed; 12% withdrew
  • Of those that passed:
  • 76% enrolled in next math course Sp16
  • 24% did not enroll
  • Of those that enrolled in next math:
  • 51% passed; 49% failed or withdrew
  • Only 19% of those that enrolled in

Beginning Algebra in F15 successfully completed Beginning / Intermediate or Beginning / Other Math within 1 year.

Beginning Algebra - F16

  • 42 % passed; 45% failed; 13% withdrew
  • Of those that passed:
  • 67% enrolled in next math course Sp17
  • 33% did not enroll
  • Of those that enrolled in next math:
  • 65% passed; 35% failed or withdrew
  • Only 18% of those that enrolled in

Beginning Algebra in F16 successfully completed Beginning / Intermediate or Beginning / Other Math within 1 year.

slide-6
SLIDE 6

Decision:

Combined / Compressed / Co-requisite - Beginning and Intermediate Algebra

  • Content –
  • Compared content & sequence of topics
  • Identified redundancy & improvements in

sequencing

  • Realigned content with subsequent courses
  • Financial Aid Implications
  • Scheduling
  • Enrollment / Advising
  • Placement
  • Course Materials - OER
  • Faculty

Sources:

  • Community College of Baltimore County (AMP)
  • Phillips Community College, University of Arkansas
  • Ivy Tech Community College of Indiana
  • California Acceleration Project
  • North Carolina Community College System
  • Colorado Community College System
  • Additional Information from schools in Georgia and

Tennessee

  • Literature review
  • ATD Interventions Showcase
slide-7
SLIDE 7

New Design – Introduction to Algebra with Supported Intermediate Algebra

  • 2 / 3 Credit (equivalent) Structure - Complete in One Semester
  • Introductory component (2) / Intermediate component (3) -Two grades
  • Interwoven content – students will not be able to differentiate courses
  • Some assessments will have two components; some will be differentiated between

courses; two final exams

  • 5 Units:

Support skills infused throughout the semester

  • Algebra Foundations (~ 24 hours – 15 introduction / 9 intermediate)
  • Introduction to Equations and Functions (~14 hours – 8 introduction / 6 intermediate)
  • Linear Functions (~12 hours – 4 introduction / 8 intermediate)
  • Exponential Functions (~10 hours – 1 introduction / 9 intermediate)
  • Quadratic Functions (~ 15 hours – 2 introduction / 13 intermediate)
slide-8
SLIDE 8

Thank you for attending!

Questions?