Plotkin v. Montgomery County Public Schools

CourtDistrict Court, D. Maryland
DecidedSeptember 15, 2022
Docket8:17-cv-00571
StatusUnknown

This text of Plotkin v. Montgomery County Public Schools (Plotkin v. Montgomery County Public Schools) is published on Counsel Stack Legal Research, covering District Court, D. Maryland primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Plotkin v. Montgomery County Public Schools, (D. Md. 2022).

Opinion

UNITED STATES DISTRICT COURT DISTRICT OF MARYLAND

DAVID HOWARD PLOTKIN, Plaintiff, v. Civil Action No. TDC-17-0571 MONTGOMERY COUNTY PUBLIC SCHOOLS, Defendant.

MEMORANDUM OPINION Plaintiff David Howard Plotkin, who is self-represented, filed suit in this Court under the Individuals with Disabilities Education Act (“IDEA”), 20 U.S.C. §§ 1400-82 (2018), against Defendant Montgomery County Public Schools (“MCPS”) asserting that from May 5, 2015 to May 5, 2016, his son O.P. did not receive one-on-one math instruction outside the general education classroom, known as “pull-out instruction,” as required by O.P.’s Individualized Education Program (“IEP”). Plotkin seeks review of the decision on remand in Plotkin v. Montgomery County Public Schools, OAH No.: MSDE-MONT-OT-20-25740 (Jan. 15, 2021) (the “Decision on Remand”), in which an Administrative Law Judge of the Maryland Office of Administrative Hearings denied his IDEA due process claim against MCPS. Pending before the Court are Plotkin’s Motion for Judgment on the Administrative Record and MCPS’s Cross Motion for Judgment on the Administrative Record. ECF Nos. 67, 68. Having reviewed the submitted materials, the Court finds no hearing necessary. See D. Md. Local R. 105.6. For the reasons set forth below, Plotkin’s Motion will be DENIED, and MCPS’s Motion will be GRANTED.

BACKGROUND I. Factual History O.P. is a student with disabilities, specifically high-functioning autism, who was eligible for special education under the IDEA and had an IEP for the 2015~2016 school year during which he was in third grade. During that school year, O.P. attended Wood Acres Elementary School (“Wood Acres”) in Bethesda, Maryland and was taught primarily in a general education classroom. Under O.P.’s 2015-16 IEP (the “IEP’”), MCPS was supposed to provide O.P. with 10 hours of pull-out instruction each week, consisting of instruction outside of his regular classroom, Over the course of the 2015-16 school year, O.P. received 6.5 of those weekly hours for reading instruction, but he did not receive the remaining 3.5 hours, which were supposed to be used for math instruction. Instead of pull-out math instruction, O.P. received all of his third-grade math instruction in the general education classroom. O.P.’s teacher, Catherine Kashatus, typically began O.P.’s math class with a mini-lesson and warm-up with the whole class, after which the class was broken up into four groups. The groups varied from day to day, and placement in a particular group was based on Kashatus’s daily assessments of student performance. The first group worked on basic math skills such as addition and subtraction or, later in the year, multiplication and division. A second group worked on whatever math concept had been introduced in the mini-lesson. The third group worked with hands-on manipulatives or played interactive games to reinforce mathematical concepts. The final group consisted of students who needed individualized support or enrichment. O.P. was “consistently” placed in the individualized instruction group and, according to Kashatus, “needed a lot of support and additional practice in order to develop his conceptual understanding.” Joint Record (“J.R.”) at 36, ECF No. 57-1. The instruction provided was at the third-grade level,

and O.P. received an overall grade of “proficient” in math at the end of the year. See J.R. 138, 144. Consistent with his IEP, O.P. was given preferred seating at the front of the room for the mini-lesson and then was seated close to Kashatus for the small-group work. Math vocabulary was placed on the wall, he was given additional time for testing and certain other activities, and he was given hands-on manipulatives to help him with his conceptual understanding. O.P. also had a one-to-one paraeducator, Portia Davis, who assisted him in the classroom. Davis was expected to help O.P. with the math lesson as well as with issues of self-regulation and self-control. At the start of third grade, O.P.’s test score on the math portion of the Measure of Academic Progress (“MAP”) state standardized test was 169, placing him at the first-grade level. By the end of the year, his score had increased to 183, placing him somewhere between the first-grade and second-grade levels. His knowledge growth was thus 14.0 points, slightly above the average increase for third graders of 13.0. O.P.’s MAP score at the beginning of the year placed him in the 5th percentile. By the end of the year he was in the 11th percentile. The MAP score is further broken down into four topic areas: (1) number and operations, (2) measurement and data, (3) operations and algebraic thinking, and (4) geometry. O.P.’s most significant improvement was in number and operations, in which his MAP score increased from 165 to 191, for an increase of 26.0, which took him from between the kindergarten and first-grade levels to between the first- and second-grade levels. In measurement and data, his score went from 175 to 182, for an incréase of 7.0, with both scores placing O.P. between the first- and second- grade levels. In operations and algebraic thinking, O.P.’s score over the course of the year went from 159 to 173, for an increase of 14.0, with both scores between the kindergarten and first-grade levels. In geometry, however, O.P.’s score went from 176 to 186, with an increase of 10.0, which

meant that while his score started at the second-grade level, it dropped to between the first- and second-grade levels over the course of the year. Throughout third grade, O.P. received weekly private math tutoring at his parents’ expense. From April to June 2016, O.P. underwent a series of tests as part of an independent neuropsychological evaluation conducted by Dr. Patricia Gates Ulanet, a developmental neuropsychologist. As to general cognitive ability, Dr. Ulanet administered the Wechsler Intelligence Test for Children, Fifth Edition (“WISC-V”) IQ test. O.P.’s overall score placed him in the Average range. On math skills in particular, she administered the Wechsler Individual Achievement Test — III (“WIAT-IIT”) Math Problem Solving test, on which O.P. scored in the 10th percentile, placing him at a 2.2 grade level. On the WISC-V Arithmetic test, which Dr. Ulanet also administered, O.P. scored in the 16th percentile. Due to anxiety and dysregulation problems, O.P. was unable to complete a third test, the WIAT-III Numerical Operations test. Although OP. scored below grade level on the math tests, Dr. Ulanet believed that based on O.P.’s cognitive ability, he had the potential to learn at grade level. While O.P.’s standardized test results placed him at no higher than a second-grade level in math, at the end of third grade, O.P. had earned a mix of Ps and Is on his formative “exit card” assessments, corresponding to “proficient” and “in process,” and received Ns, corresponding to “not yet” proficient, or not proficient, only “very rarely[.|” J.R.43. According to Kashatus, these grades reflected that, with support, O.P. was performing at grade level in math. In Kashatus’s opinion, O.P. also benefited from instruction in a classroom with his peers, who helped him develop his understanding of the relevant math language and his socialization skills. According to Brenda Browne, an MCPS Instructional Specialist, the discrepancy between the grade level of O.P.’s math skills as reflected in his test scores and Kashatus’s assessment that his math skills

4 .

were at grade level could be accounted for by O.P.’s test anxiety. This assessment was somewhat contradicted by Dr. Ulanet, who testified that the time constraints of standardized tests were not necessarily anxiety provoking for O.P.; rather, what caused him to become dysregulated was being confronted with something he did not understand. II.

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