Category Archives: A Nation Empowered

Challenging Learners Who Already Understand Grade Level Material

Guest post by Gerald Aungst
Adjunct lecturer at the University of Iowa’s Belin-Blank Center, and Gifted Support Teacher at the Cheltenham School District in Pennsylvania

The Belin-Blank Center moderates a Gifted Teachers’ Listserv, where educators from all over Iowa, the United States, and the world share resources, information, and support related to gifted education. This post originated on our listserv by Gerald Aungst, who graciously agreed to share his thoughts on our blog, as well. All opinions belong to the author and do not necessarily reflect the position of the Belin-Blank Center or University of Iowa. 

Anyone who has had to sit through a meeting or training session about a topic which you understand well knows the feeling. You want to get on with it and move into something new and different. You want something useful. You want something meaningful.

And yet the idea persists in schools that when a student masters a skill quickly or already understands a topic we are introducing to the rest of the class, the best thing we can give that advanced learner is more of the same. “Oh, you finished the math worksheet already? Here’s another one with more problems to do.” Or “You wrote that 5-paragraph essay already? Well, then I guess your next essay needs to be 10 paragraphs.”

There is a place for honing and maintaining a difficult skill. Professional basketball players keep practicing free throws. Professional musicians keep practicing scales. But we need to ask if “more of the same” is the best option for a student with the limited time we have them in school.

Do you have colleagues or administrators who don’t see the value of giving advanced learners new, different things so they can continue to learn and grow? Here are a few resources to help you make your case.

Start with the NAGC position statements, which include references to relevant studies:

The Acceleration Institute has abundant resources on different options for acceleration. This brief policy summary, for example, has some great talking points for administrators. For more comprehensive explanations and a thorough review of extensive research on the topic, share A Nation Empowered to show why acceleration works.

Differentiation is another way to help students who may know some of the material in advance or who pick it up quickly. For quick overviews check out 7 Reasons Why Differentiated Instruction Works and What Works for Differentiating Instruction in Elementary Schools (many of these ideas are adaptable to middle and high school learners as well).

And of course Susan Winebrenner’s book Teaching Gifted Kids in Today’s Classroom is full of strategies for differentiating and accelerating for advanced learners, backed up by decades of experience and research.

For more posts by Gerald Aungst, visit his website at geraldaungst.com.

If you are an educator looking for professional learning opportunities to help you better teach and understand gifted children, be sure to check out the Belin-Blank Center’s extensive list of courses and workshops on programming and curriculum. Each course corresponds to one of the educational strands necessary for the Iowa Talented and Gifted Endorsement and will help you develop your expertise in the new NAGC-CEC Teacher Preparation Standards in Gifted and Talented Education. For more information, visit belinblank.org/educators

Subject Acceleration: A How-To List

This article expands upon some of the ideas presented in the earlier blog, Subject-Specific Gifted Services:

This is when we need to start shifting our thinking from creating one gifted program that serves the “all-around gifted student” to providing services for students with strengths in specific areas. This shift in thinking helps us to be more responsive to our students’ needs and helps ensure that they are challenged in school every day.

Subject acceleration (also called content acceleration) is useful for students who have demonstrated advanced ability in one or more academic areas. Examples include a 2nd grader moving into the 3rd grade classroom for reading, a student taking an Advanced Placement (AP) course, or grouping several advanced 6th graders for math instruction. Subject acceleration can be appropriate for a high-ability student who isn’t recommended for whole-grade acceleration, exhibits an uneven academic profile with an extreme strength area, or has already skipped a grade but needs additional challenge in one area.

Some people might be concerned that subject acceleration may cause academic harm or put students in situations that are too challenging.  Research (such as that provided in A Nation Empowered) tells us otherwise:  

  • High ability students engage in abstract thinking at a younger age than typical students.
  • Accelerated students do not have gaps in their academic backgrounds.
  • Accelerated students will not run out of courses before high school graduation. (Students never really run out of content to study, but the high school might not offer the next course that is needed. In this situation, a student might need to utilize other options, such as dual enrollment or online coursework.)
  • Accelerated students do not “burn out.” Research shows that acceleration leads to higher levels of achievement.

Others may argue that, “We already have enrichment, so why do students need content acceleration?” We agree that STEM clubs, science fairs, English festivals, and pull-out programs provide valuable enrichment. However, they do not provide a systematic progression through the curriculum.

Subject acceleration has many advantages:

  • The regular classroom teacher does not have to search for materials for the advanced student, because that student is removed during class (for example, the student moves to a different class for math).
  • It is more likely that the student will be grouped with intellectual peers.
  • The student receives credit for work completed.
  • The student is appropriately challenged and therefore remains interested in the subject (and in school).
  • Research clearly supports the use of acceleration with academically talented students.

The disadvantages of subject acceleration include:

  • Although the student is now working at a higher level, the pace may still be too slow.
  • If the student is accelerated by only one year, there may be little new content.
  • The student may not receive credit for high school courses completed before enrolling in high school due to district policies.
  • Additional planning and discussion time may be required, if subject acceleration is new in a school or to a particular group of educators.
  • Long-term planning is essential, so the student does not “run out” of coursework before graduating from high school.

Utilizing subject acceleration can be challenging, and it requires us to consider a variety of questions:

  • How are grades and credit assigned?
  • When completing the school’s regular testing, which grade-level achievement test does the student take (“age-appropriate” or new grade)?
  • What transportation is needed?
  • How do we schedule the same subject at the same time for the two grade levels? (For example, one district offers math at the same time every day across the district, so students don’t miss another subject if they are accelerated for math.)
  • What indicators of accelerated coursework are needed on the student’s transcript?
  • How is class rank determined?

Subject acceleration requires careful thought and planning. However, the time invested in thinking through some of the challenges and long-term issues presented by subject acceleration provides an important result:  students who are appropriately challenged and engaged in school.

Additional Resources

Who Needs Subject Acceleration? The Nuts and Bolts of Decision-Making

Some students are ready for subject acceleration – but which students, exactly? How do we know which students have mastered the classroom curriculum and are ready to handle more advanced work in a specific subject? Another related (and important) question is, how do we make sure they won’t have any gaps, if they move ahead?

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Important tools that help us make decisions about subject acceleration include achievement testing and above-level testing.

Achievement testing includes standardized, grade-level tests such as the Iowa Assessments, TerraNova Test, and Stanford Achievement Test. These tests help us compare students to other students their own age. Typically, we recommend that students scoring at the 95th percentile or above on at least one of the main subject areas of one of those tests should be considered for further testing. (If your school uses eITP, check out this great tool for an easy way to find these students.) These students have correctly answered most of the items of the test, and we don’t really know what additional information they have mastered. For those students, the next step is above-level testing. (An important note: We do not require that students earn scores at the 95th percentile on the Composite of the test, just in a specific subject area. So, for example, we focus on finding math-talented students by looking at students’ scores on the math subtests.)

An above-level test measures a student’s aptitude. At the Belin-Blank Center (and at many university-based talent searches around the country), we use a test that was developed for older students and administer it to younger students. Some of the young students earn high scores, some earn low scores, and some earn moderate scores on that test. That information helps us to understand which students are ready for more.

Who is ready for the next step?

We have several rules of thumb for making decisions about what should happen next. One rule of thumb is the 50th percentile rule: Students earning scores at the 50th percentile or higher on an above-level test (when compared to the older group of students) are likely candidates for subject acceleration. Why the 50th percentile? The 50th percentile represents average performance for students at the grade level of the test. When a talented student earns a score at or above the 50th percentile on an above-level test, it is a good indicator that their performance is comparable to average students at that grade level. It’s a good indicator that they are ready for more challenge.

How can educators use this information?

If a group of students takes an above-level test, educators can examine the scores of the students and group them for instruction based on their test scores. For example, if 5 students scored at the 50th percentile or above when compared to older students on whom the test was normed, those 5 students could be grouped in an accelerated class in that subject area or moved up a grade in that subject. Students earning lower scores would benefit from a more enrichment-oriented approach and can be grouped accordingly. Of course, other things to consider when making decisions about subject acceleration include grades earned and specific content already mastered.

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What about gaps?

Gaps are often a concern for educators and families considering moving students ahead. We worry that a student who is advanced will miss some critical information by skipping over some content. To help with this problem, achievement testing for the class the student will skip is helpful. If a student is skipping 5th grade math, for example, it’s useful to give that student an end-of-5th-grade exam or an achievement test that measures what is typically taught in 5th grade math.  The student will likely get a very high score on that test, but the testing may point out specific areas the student has not yet mastered. A mentor or teacher can then work with the student on the concepts he or she missed in order to get the student up to speed before starting the 6th grade math class.

Summary of the steps

Step 1 is administering the grade-level standardized achievement test. Students earning scores at the 95th percentile in the relevant subject area are recommended to move on to Step 2, aptitude testing. In Step 2, students take an aptitude test, which is a test that was developed for older students. The Belin-Blank Center provides above-level testing using two different aptitude tests: I-Excel for bright 4th-6th graders or the ACT for bright 7th-9th graders. In Step 3, those students also take achievement tests on the higher level content, so we can determine if there are any gaps in the students’ backgrounds. Finally, the student is placed in an advanced class.

The outcome of participation in I-Excel or ACT testing? Students and parents who are better informed about students’ academic strengths, and educators who confidently provide curriculum tailored to those strengths.  Making data-based, objective decisions results in students who are consistently challenged in school.

For more information, see:

Screen Shot 2018-10-16 at 4.07.28 PMThe book, Developing Math Talent, by Susan Assouline & Ann Lupkowski-Shoplik. See especially the chapter on the Diagnostic Testing->Prescriptive Instruction Model for detailed information about using tests to help inform decisions.

The Best-Kept Secret in Gifted Education: Above-Level Testing — This post offers an overview of the theory and research behind above-level testing.

I’m Ready to Set Up I-Excel Testing for This Year: Where Do I Start?— Specific steps for setting up I-Excel are included in this post.

Have Your 7th-9th Graders Registered to Take the ACT? — This post includes useful information about using the ACT as an above-level test for 7th through 9th grade students. Current information about fees, test session dates, and registration deadlines can be found at www.belinblank.org/talent-search.

Still have questions? 

Visit belinblank.org/talent-search for more information, or email assessment@belinblank.org.

Gifted Education Awareness Month: Academic Acceleration

This month, we’re bringing back some of our most popular blog posts to celebrate Gifted Education Awareness Month! Today, Dr. Ann Shoplik, Administrator for the Acceleration Institute, explains why it’s so important to advocate for academic acceleration! “Acceleration” can be an intimidating word for some, but did you know that there are at least 20 different forms of academic acceleration?

20 Forms of Acceleration

The word “acceleration” actually refers to over twenty different educational interventions! (Source: A Nation Empowered: Evidence Trumps the Excuses Holding Back America’s Brightest Students*)

 


Why am I an Advocate for Academic Acceleration?

The short answer to this question is that I am tired of gifted students being under-challenged in school. They need the intellectual stimulation that comes from rigorous courses taught at a reasonably advanced level, and acceleration can provide that stimulation. The longer answer is, I am familiar with the research. No educational option for gifted students has the research support that academic acceleration has. In other words, the research is clear and unambiguous: Acceleration works. Gifted students benefit from acceleration. Gifted students are not negatively impacted socially if they are moved up a grade or advanced in a particular subject. Gifted students who accelerate turn out to be higher-achieving, higher-paid adults. In other words, the effects of acceleration are positive, short-term, and long-term.  So why wouldn’t I be an advocate for academic acceleration?

Now that we have the information that is summarized so clearly and succinctly in the comprehensive 2015 publication, A Nation Empowered, it’s time to put that information to work.  There are at least 20 different types of acceleration, including grade-skipping, subject matter acceleration, distance learning, and dual enrollment in high school and college. There are many forms of acceleration, and that means that we can tailor accelerative opportunities to the needs of individual gifted students. Acceleration means allowing gifted students to move ahead in school, at a pace appropriate to their needs. Acceleration can be implemented individually, in small groups, and in large groups.  Each type of acceleration can be used to match the level, complexity, and pace of the curriculum to the readiness and motivation of the student.

Educators and parents do not have to be afraid of implementing acceleration. Tools are available to help them make well-informed decisions. These tools include the book already mentioned, A Nation Empowered, and they also include the Iowa Acceleration Scale (developed to help the team consider all aspects of acceleration, including academic development, social development, physical development, and school and parental support for the decision), IDEAL Solutions (developed to assist educators and parents as they consider subject matter acceleration in STEM subjects), and university-based talent search programs, which help identify students and give them challenging courses they can take in the summer or via online learning opportunities.

If you are interested in advocating for acceleration for an individual student or you’re attempting to change policies in your school or district, consider starting with the information found at the Acceleration Institute website. It includes the tools already mentioned in this article, and many more. Don’t miss the PowerPoint presentation on acceleration, which you can download and share with other educators and families.

We have the research and we have the tools to help us make good decisions about implementing acceleration for academically talented students. Now, we need the courage to act.

Originally posted by Ann Lupkowski Shoplik on March 22, 2016

*Southern, W.T. and Jones, E.D. (2015) Types of Acceleration: Dimensions and Issues. In S.A. Assouline, N. Colangelo, J. VanTassel-Baska, and A. Lupkowski-Shoplik (Eds.), A Nation Empowered: Evidence Trumps the Excuses Holding Back America’s Brightest Students (pp. 9-18). Cedar Rapids, IA: Colorweb Printing

Responding to the Arguments Against Acceleration (Again)

1 Acceleration works green

Question from a gifted coordinator:

My principal found 3 articles indicating that students in mixed ability math courses perform well in later math courses. She is using these as an argument NOT to group our math-talented students for mathematics. How do I respond?

My response:  

I would like to respond with an entire body of research evidence rather than selecting a handful of studies to cite. Educational researchers use a technique called “meta-analysis,” in which they look at hundreds of studies, thousands of students, and many different school situations to address important questions such as this one. Some of those meta-analyses are listed below.  My focus is on what is best for high-ability students.

An important question to ask is, “How do accelerated high-ability students compare to non-accelerated students who are equally able?”  In other words, what is lost if we do not allow academically talented students to move ahead as their abilities and motivations would allow?

What we have learned from meta-analyses is that acceleration is a positive, powerful option for talented students. Many of the research studies focused on math-talented students, but many others include accelerated students who are talented in other subjects:

  • These students benefit in significant ways from participating in classes that challenge them at the right level.
  • Math-talented students who are allowed to accelerate retain what they have learned, tend to continue pursuing studies in math and science, pursue more challenging majors and more prestigious careers, and earn more money than comparison students.
  • Accelerated students also tend to generate more creative products such as patents and research articles than non-accelerated equally-able peers.
  • Gifted students are not negatively impacted socially if they are moved up a grade or advanced in a particular subject.
  • Gifted students who accelerate turn out to be higher-achieving, higher-paid adults. In other words, the effects of acceleration are positive, short-term, and long-term.

In my opinion, not allowing academically talented students to move ahead appropriately is educational malpractice, because the evidence is so clear and so positive supporting acceleration.

Resources

Assouline, S. G., Colangelo, N., VanTassel-Baska, J., & Lupkowski-Shoplik, A. (2015). A nation empowered: Evidence trumps the excuses holding back America’s brightest students. Iowa City, IA: Connie Belin and Jacqueline N. Blank International Center for Gifted Education and Talent Development. www.nationempowered.org

Assouline, S. G., & Lupkowski-Shoplik, A. (2011). Developing Math Talent (2nd ed.). Waco, TX: Prufrock Press.

Colangelo, N., Assouline, S. G., & Gross, M. U. (2004). A Nation Deceived: How Schools Hold Back America’s Brightest Students. The Templeton National Report on Acceleration. Volume 2. Connie Belin & Jacqueline N. Blank International Center for Gifted Education and Talent Development (NJ1).  See especially the chapter by James Kulik: http://www.accelerationinstitute.org/Nation_Deceived/ND_v2.pdf#page=22

Kulik, J. A., & Kulik, C. L. C. (1984). Effects of accelerated instruction on students. Review of educational research, 54(3), 409-425.

Rogers, K. B. (2007). Lessons learned about educating the gifted and talented: A synthesis of the research on educational practice. Gifted child quarterly, 51(4), 382-396.

See www.accelerationinstitute.org for more evidence.

Talent searches help us to learn more about academically talented students and to decide who might benefit from acceleration:  https://www2.education.uiowa.edu/belinblank/students/bests/whybests.aspx

 

Wallace Research Symposium

Wallace postcard 2017Registration is open for the Wallace Research Symposium on Talent Development, to be held April 29-May 1, 2018 at the Mt. Washington Conference Center, Johns Hopkins University, Baltimore.  The Wallace Research Symposium is the premiere scholarly conference for the latest research findings in gifted education and talent development.  The call for papers is open until September 15th.

Featured speakers include:

  • Susan Assouline
  • Camilla Benbow
  • Linda Brody
  • Nicholas Colangelo
  • Elaine Hansen
  • David Lubinski
  • Matt Makel
  • Besty McCoach
  • Paula Olszewski-Kubilius
  • Jonathan Plucker
  • Sally Reis
  • Joseph Renzulli
  • Ann Robinson
  • Nancy Robinson
  • Robert Root-Bernstein
  • Michele Root-Bernstein
  • Del Siegle
  • Amy Shelton
  • Rena Subotnik
  • Joyce VanTassel-Baska
  • Frank Worrell

The Wallace Research Symposium for Talent Development is co-hosted by the University of Iowa Belin-Blank Center, the Johns Hopkins University Center for Talented Youth, and the Vanderbilt University Study of Mathematically Precocious Youth. For more information, please visit belinblank.org/wallace. For questions, please contact wallace@belinblank.org.

Dr. Susan Assouline Receives NAGC Distinguished Scholar Award

Susan Assouline director Belin-Blank Center

Dr. Susan Assouline, Director, Belin-Blank Center

We are very pleased to announce that Dr. Susan Assouline has been awarded the 2016 Distinguished Scholar Award from the National Association for Gifted Children (NAGC). She will receive the recognition at the NAGC convention in Orlando on November 5th.  NAGC annually presents the Distinguished Scholar Award to an individual who has made significant contributions to the field of gifted education and demonstrates a continuous record of distinguished scholarship and ongoing scholarly productivity as recognized by experts in the field.

Dr. Assouline is the Myron and Jacqueline Blank Endowed Chair in Gifted Education, Director of the Belin-Blank Center, and Professor of School Psychology at the University of Iowa. Her areas of expertise within gifted education include acceleration, mathematical talent, and twice-exceptionality.  Her most seminal contributions are A Nation Deceived, published in 2004, and A Nation Empowered, published in 2015. These books have changed the way the nation perceives acceleration as an option for gifted learners. Dr. Assouline is also the lead author of the Iowa Acceleration Scale, which is used by educational professionals nationwide in making evidence-based decisions about grade skipping.

Quite notably, Dr. Assouline is incredibly successful at securing funding for her research and professional activities; both independently and as part of a team, she has received over 37 million dollars in grant funding and private gifts. This is remarkable, given the limited funding afforded to scholars in gifted education. A recent grant, for 10 million dollars, initiated The Bucksbaum Early Entrance Academy, an early-entrance-to-college program, which allows students to enter the University of Iowa after completing 10th or 11th grade.

Dr. Assouline’s work has had a broad and deep impact on gifted scholars and educators and has shaped the gifted education field both nationally and internationally.  Not only does Dr. Assouline’s work exemplify the highest level of scholarship, but it also has a practical impact on the lives of gifted students. For example, her publications and presentations on academic acceleration have influenced state and local policies and activities affecting gifted students. Dr. Assouline has mastered the art of connecting scholarship to practical applications in the field, securing her standing as a positive catalyst for gifted education.

Dr. Assouline has guided the Belin-Blank Center’s research and service to reach gifted and talented students and their educators throughout the nation and around the world. She played a central role in the development of the Assessment and Counseling Clinic and the Acceleration Institute, both housed at the Belin-Blank Center. These two unique and nationally respected programs have changed the path of gifted education research in many positive ways.

Dr. Assouline’s multiple contributions have not gone unnoticed by her peers. Most especially, in 2015, she became the first female Endowed Chair in the College of Education at the University of Iowa. In 2012, she was elected into the Iowa Academy of Education, and twice was awarded the MENSA Award for Excellence in Research. The University of Iowa community has also recognized her contributions through the Distinguished Service Award, Award for Staff Excellence, and the Honors Program Award for Recognition of Outstanding Service.