Developmental Mathematics and the Workshop Presented NADE in Greensboro, NC February 26, 2009 by...
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Transcript of Developmental Mathematics and the Workshop Presented NADE in Greensboro, NC February 26, 2009 by...
Developmental Mathematics and the Workshop
PresentedNADE in Greensboro, NC
February 26, 2009by
Heather Allen, Ed.D. ABD and Pamela S. Webster, Ed.D.
What is Developmental Mathematics at Texas A&M University– Commerce??
Intermediate Algebra is a developmental (non-credit) mathematics course prior to College Algebra.
Students are placed into Intermediate Algebra based on their THEA (TASP), TAKS, or SAT/ACT scores.
Students are allowed to “test out” of Intermediate Algebra by using Compass, Accuplacer, etc.
Once students are in the course (past the 12th class day), they are not allowed to drop the course unless they are withdrawing from school.
All Intermediate Algebra students are required to attend a workshop that is directly tied to their section of Intermediate Algebra and their instructor.
Background for workshops
Several programs have implemented “academic interventions” in their developmental education programs.
Abilene Christian University presented their model at MAA two years ago.
Some schools include lab-type settings or workshops (both mandatory and non-mandatory) in an effort to assist students at being successful.
What about OUR workshops?
Workshops are based on the Supplemental Instruction model.
A study group mentality is utilized with students actively engaged on the board.
Brain storming is done to assist students with organizing material.
Strategies from Supplemental Instruction are used in the workshops by the leaders to assist students in the course with study skills.
Problems are provided to students which are similar to problems on their homework.
Test Reviews are worked out with all students participating and vocalizing their thoughts and processes.
What about our leaders?
Undergraduate students lead the workshops as student-centered study groups.
Many of our workshop leaders are upper level education and math education majors.
The only requirements for becoming a leader are that the student has passed College Algebra and has a high GPA.
Prospective leaders must go through an interview process.
Our institution has supported us to the extent that we are able to pay $10 an hour.
We have weekly training meetings to support the workshop leaders in their responsibilities. These are run in a similar way to their workshops.
Who are our developmental math students?
Math Skills Beginning Algebra
Intermediate Algebra (repeaters)
Other n.r.
Fall 2006 1% 30% 46% 23% 0%
Spring 2007 4% 53% 30% 10% 13%
Fall 2007 5% 13% 7% 5% 70%
Spring 2008 6% 51% 27% 5% 11%
Fall 2008 4% 13% 15% 5% 63%
What resources do our students utilize for assistance?
Workshops Math Skills Center
Mach III/TRIO
Instructor Tutor/Students none n.r.
Spring 2006
50% 15% 7% 7% 4% 0% 17%
Fall 2006
35% 12% 4% 24% 17% 8% 0%
Spring 2007
31% 17% 3% 26% 19% 3% 1%
Fall 2007
38% 11% 2% 23% 20% 4% 2%
Spring 2008
34% 9% 6% 24% 22% 2% 2%
Fall 2008
38% 11% 3% 24% 20% 4% <1%
What about the attenders?
We have a wide array of scores for students who attend.
We cannot say that attending workshop will result in a passing grade.
There are many situations that lead to these scores, as you might imagine.
Students must still work on math on their own time, putting in the time and effort to complete homework, go to the math lab, and concrete concepts for themselves.
Supplemental Instruction Model
Targets college courses that are historically difficult.
Historically NOT used in developmental courses.
Research shows that Supplemental Instruction participants average one-half to a full letter grade higher than non-participants.
Theoretical Background
Behavioral learning theory – behavior is based on positive reinforcement; emphasis on cause and effect relationships; modeling is important
Cognitive development theory – mental structures develop gradually as learning is constructed through organization and integration of new information and experiences
Social Interdependence theory – knowledge is actively built by learners, working together cooperatively and interdependently
Interpretive/Critical Theory – Good pedagogy empowers learner to take control of their own learning processes.
Workshop Benefits to Students
Acquire short-term and long-term study skills
Learn how to organize class materials Receive higher mean course grades Feel more comfortable participating
in class due to active learning in workshop
BECOME INDEPENDENT LEARNERS!!
Workshop Benefits for Faculty/Institution
Improve student interactions in class Increased student success in
continuation/sequence courses Higher graduation rates Raise the learning bar Create a sense of community Bridge the gap between student ability
levels
Workshop Benefits for leaders
Strengthens the leaders’ understanding of mathematics
Provides an opportunity for education majors to experience being in front of a group of students on a regular basis
We have made a concerted effort to be certain that workshop leaders know each other and are comfortable talking to one another in our weekly meetings. (Ice breakers, etc.)
Once they are comfortable with each other, they create their own cohort and become a community of learners.
What do our students think about the workshops?
We have given our students anonymous surveys each semester of the workshop.
We have analyzed their responses for the semesters since Spring 2006.
In general, the student responses are positive and often contain helpful suggestions.
We have “tweaked” our program to accommodate for some suggestions.
Student Responses
Overall, the workshops have helped deepen my understanding of math.
Semester StronglyAgree
Agree Somewhat
DisagreeSomewhat
Strongly Disagree
n.r.
Spring 2006 44 77 19 13 8
27% 48% 12% 8% 5%
Fall 2006 45 107 31 20 0
22% 53% 15% 10% 0%
Spring 2007 29 68 19 10 21
20% 46% 13% 7% 14%
Student Responses
Overall, the workshops have helped deepen my understanding of math.
Semester StronglyAgree
Agree Somewhat
DisagreeSomewhat
Strongly Disagree
n.r.
Fall 2007 85 104 15 17 0
38% 47% 7% 8% 0%
Spring 2008 61 48 15 4 1
47% 37% 12% 3% <1%
Fall 2008 100 56 10 5 0
59% 33% 6% 3% 0%
Student Responses
Instructor StronglyAgree
Agree Somewhat
DisagreeSomewhat
Strongly Disagree
n.r.
Spring 2006 40 71 25 16 8
25% 44% 16% 10% 5%
Fall 2006 51 93 34 25 0
25% 46% 17% 12% 0%S
Spring 2007 36 50 31 9 21
25% 34% 21% 6% 14%
Overall, the workshops have helped make me more confident when doing math problems.
Student Responses
Instructor StronglyAgree
Agree Somewhat
DisagreeSomewhat
Strongly Disagree
n.r.
Fall 2007 86 89 24 22 0
39% 40% 11% 10% 0%
Spring 2008 59 45 14 11 2
45% 34% 11% 8% 1%
Fall 2008 102 48 13 8 0
60% 28% 8% 5% 0%
Overall, the workshops have helped make me more confident when doing math problems.
Student ResponsesSpring 2006 Survey
Gives more practice time. Reinforces material taught in class. Gets better understanding and builds
confidence. One-on-one help from workshop leaders
and your peers. Ask more questions.
What are the benefits of the workshop experience?
Student ResponsesFall 2006 Survey
Extra practice. One-on-one help and personal attention. Get assignments and homework
completed.
What are the benefits of the workshop experience?
Student ResponsesSpring 2007 Survey
Practice on homework problems and test preparation
Working with peers Individualized help Slower paced
What are the benefits of the workshop experience?
Student ResponsesFall 2007 Survey
Small group setting One-on-one Peer interaction Helping with understanding of content Extra practice
What are the benefits of the workshop experience?
Student ResponsesSpring 2008 Survey
One-on-one help from peers Extra review before class Promotes better understanding outside
class Safe environment for questions
What are the benefits of the workshop experience?
131 Pass Rates since the inception of the workshops
Fall 2004 Fall 2005 Fall 2006 Fall 2007 Fall 2008Before
WorkshopsPilot
Pass Rate 46.0% 57.0% 55.0% 58.0% 64.0%
% change from year to
year 11.0% -2.0% 3.0% 6.0%
Over the four-year period (beginning with the pilot semester Fall 2005), the Fall pass rates improved 18% and the Spring pass rates improved 11.5%.
131 Pass Rates since the inception of the workshops
Spring 2005 Spring 2006 Spring 2007 Spring 2008Before
workshops
Pass Rates 41.0% 49.0% 49.0% 52.5%
% change year to year 8.0% 0.0% 3.5%
Over the four-year period (beginning with the pilot semester Fall 2005), the Fall pass rates improved 18% and the Spring pass rates improved 11.5%.
SI Leader Training Frequency of Training Depth of Training Modeling Best Practices Modeling Strategies “Homework” for SI Leaders
Journal Readings Studying SI Programs at other Schools Role Playing Activities
Qualities of the program that are attributed to the success include:
Faculty Support/Buy-In Administrative Support
Financially Politically (Scheduling, etc.) Statistics
Success breeds success; program became “rooted” into academic routine for developmental math students
Qualities of the program that are attributed to the success include:
Conclusions
We believe we have a good program under development.
We believe our workshops are helping the Intermediate Algebra students as well as the workshop leaders to become better students in ALL of their classes, not just math.
Although students DO complain about being submersed in math for 6 hours each week, they seem to understand the workshops are helping them.