HeartMath Program

Tools for reducing Math Anxiety and Test Anxiety

&

College Prep Readiness

CPR

Improving Students Mathematics Performance and Learning

The Greater Cincinnati Tech Prep Consortium (GCTPC) and the University of Cincinnati Clermont College (UCCC) formed a partnership to address the learning needs of students in the area of mathematics in the fall of 2001.  The project integrates Freeze-Frame®, an emotional refocusing training technique developed by the Institute of HeartMath (IHM) into mathematics instruction.  Freeze-Frame involves psycho-physiological stress reduction strategies.  The desired outcome of the project is to provide teachers and students with strategies designed to optimize learning and performance in mathematics and test taking.  Rep. Ralph Regula (R-OH) states, "As annual testing becomes a regular part of our educational system through the No Child Left Behind Act and other state requirements, it is important that when we test students on their mastery of a subject, we are truly getting accurate results. The program developed by the Institute of HeartMath to reduce test-related anxiety shows great potential for helping students achieve success."  We have arrived at the same conclusion and through this partnership we are taking action regionally. 

Specifically, the goal of the partnership between GCTPC and UCCC is to assist Tech Prep high school students in improving their math scores and abilities, given that math remediation is a major barrier for high school students transitioning into college.  Through the HeartMath project, UCCC will provide mathematics tutoring to Tech Prep high school students through The Learning Center (TLC) plus diagnostic and placement testing via Compass Mathematics College Placement Test, a self-report measure.  In addition, UCCC professors will collaborate with high school faculty to better prepare students to take the Compass Placement Test and by providing both faculty and students with HeartMath emotional refocusing training GCTPC hopes to reach its goal of reducing remediation by at least ten percent.

There are numerous benefits to this partnership. 

Ø      Goodwill: By attending to the needs of students in the area high schools and technical schools, we create goodwill and attract students to attend UC Clermont. 

Ø      Cost: By teaching the Freeze-Frame techniques to students in the area high schools and technical schools, we potentially decrease the cost of attending college for students.  Higher tests scores and placement in mathematics equates to fewer remedial courses, and could realistically reduce the time they might otherwise take to complete the requirements of their program.

Ø      Retention: By teaching the Freeze-Frame techniques at UCCC, we potentially increase student satisfaction and retention among our current college students.

Ø      Success: Additionally, all students who improve their performance in mathematics may benefit from greater career choices and success.

Working with Tech Prep high school students over the past four years has provided positive results.  Tech Prep students in these pilot projects, who underwent Freeze-Frame training, and mathematics tutoring, demonstrated a mean gain in their mathematics test scores in COMPASS Placement Test Pre and Post

Ø      Algebra for the combined 2002 and 2003 projects of 23.1%,

Ø      Algebra for 2002 of 36.9%,

Ø      Algebra for 2003 of 9.9%,

Ø      Algebra for 2004 of 22.4%

Ø      All Domains for 2005 Bethel Tate 73% - Integrated into the classroom by the Mathematics Teacher

Student Comments from This Project

 

These results, although not derived from a scientific study, have encouraged us to continue the project this year.

In the spring quarter 2004, we began a HeartMath pilot project involving fifteen Surgical Technology students at the University of Cincinnati Clermont College.  In addition, there are plans to expand this to include more UCCC students.  In the autumn quarter 2004, we plan to offer an introductory algebra course that integrates the HeartMath emotional refocusing tools with mathematics learning.  We are looking for ways to integrate the HeartMath tools into a freshman year experience.  UCCC administrators, and many others, support this project.  Together, we are moving forward.

Furthermore, we look forward to eventually expanding the HeartMath project to urban areas of Cincinnati and conducting a longitudinal study involving middle school students, tech prep, high school, and college students.

The Freeze-Frame® emotional refocusing tools used in the Projects provide students with practical techniques designed to help them neutralize or transform negative, reactive emotions and behaviors in the moment, allowing them to replace emotional imbalance with increased resilience and emotional stability. The intended benefit of these techniques is to counteract or altogether prevent destructive psychological and physiological responses to stress and to promote a wider range of proactive responses in stressful situations, such as math-anxiety and test-anxiety. The techniques to be taught have been used successfully with children, adolescents, adults, and families in a variety of settings. Previous applications include: facilitating improvements in reading skills in learning-disabled fifth and sixth graders; facilitating a substance abuse recovery program in teenagers; and helping migrant families better integrate into American culture, improve academic skills, reinforce family connectedness, and enhance the ability to cope with challenges such as violence, poverty, fear and isolation.

Freeze-Frame® enables individuals to intervene in the moment that stress or an emotional reaction is experienced. The Institute of HeartMath (IHM) has determined that the Freeze-Frame technique is an effective intervention that leads to increased test scores in mathematics.  We are applying the HeartMath tools in an academic mathematics environment designed to extend learning beyond a simple, isolated classroom content oriented experience into the multi-faceted realm of real-life experience.  These emotional refocusing tools used in the HeartMath Intervention will provide students with practical techniques designed to reduce stress and increase mathematics learning.  With practice, this tool can be used effectively in less than one minute.

Testimonial from a nursing student:

“I am currently in my first year of nursing and loving every minute of it. Before HeartMath I was easily stressed … causing me to lose complete concentration. Thanks to HeartMath I have been successful on tests and in stressful situations. Not only do I use the skills they taught me when I am in school, but also when I am having a hectic day and just need to relax.  I would recommend HeartMath to anyone, not just people who are stressed … about taking tests especially in math.”

Testimonial from a high school/career center technology teacher:      

" I originally looked at HeartMath as a way to help handle some of the stress in my life. After going through the training, I have been able to use this in my personal and professional life.  … I am excited about introducing this technique to my students in the classroom. …Hoping these techniques help them to handle stressful situations such as testing. Heart Math is becoming a valuable tool for me."

Testimonial from a UCCC student:

I was introduced to the “HeartMath” technique and the Freeze-Framer approximately one month ago.  During the last month, I have seen a positive change in my test taking abilities.  My testing efficiency has also improved.  I used to “freeze up” when it came to test taking, not anymore.  Using the Freeze-Framer to practice the “HeartMath” tools has increased my confidence level as well.  I have not only used the “HeartMath” technique in school, but have also used it in dealing with other aspects of my life.  I no longer feel stressed about the “little” things in life.  This is a “tool” that I would recommend for everyone to try.  It is a very effective technique to know, and using the Freeze-Framer made it real easy to learn.

 

 

For more information contact:

Michael Vislocky, Ph.D.

University of Cincinnati Clermont

Science, Mathematics & Engineering Division

4200 Clermont College Drive

Batavia, OH 45103

Phone: (513) 732-5307

Fax: (513) 732-5304

Michael.Vislocky@UC.EDU

http://mathematics.clc.uc.edu/vislocky

 

Ronald P. Leslie, Ph.D.

University of Cincinnati Clermont

Humanities and Social Science Division

4200 Clermont College Drive

Batavia, OH 45103

Phone: (513) 732-5249

Ron.Leslie@UC.Edu

 

Institute of HeartMath (IHM), A Nonprofit Corporation 

14700 West Park Ave.

Boulder Creek, CA 95006

http://www.heartmath.org