Melissa K. Driver

Improving teacher candidates' knowledge of phonological awareness: A multimedia approach

Knowledge of phonological awareness (PA) and how to teach students to develop PA is an important component of teacher preparation given its role in learning to read. We believe multimedia can play a key role in improving how educators acquire, master, and prepare to implement evidence-based reading instruction in any nation. One multimedia-based instructional practice, Content Acquisition Podcasts (CAPs), utilizes Mayers Cognitive Theory of Multimedia Learning (2009) to ensure the looks and sounds of instruction help reduce extraneous cognitive load while maximizing active cognitive processes. In this empirical study, researchers randomly assigned 148 participants (education and non-education university students) to either watch a CAP or read a practitioner friendly article on PA and PA instruction. The dependent variable is an instrument that measures knowledge- and skill-based items related to PA and PA instruction. Results demonstrate a significant main effect and large effect size for the CAP group on the posttest and, several weeks later, a maintenance probe. Findings indicate that multimedia instructional tools, such as CAPs, may benefit undergraduates as they acquire necessary knowledge and skills that underwrite advanced practices for teaching students in general and special education settings.

The Effect of Tutoring With Nonstandard Equations for Students With Mathematics Difficulty

Students often misinterpret the equal sign (=) as operational instead of relational. Research indicates misinterpretation of the equal sign occurs because students receive relatively little exposure to equations that promote relational understanding of the equal sign. No study, however, has examined effects of nonstandard equations on the equation solving and equal-sign understanding of students with mathematics difficulty (MD). In the present study, second-grade students with MD (n = 51) were randomly assigned to standard equations tutoring, combined tutoring (standard and nonstandard equations), and no-tutoring control. Combined tutoring students demonstrated greater gains on equation-solving assessments and equal-sign tasks compared to the other two conditions. Standard tutoring students demonstrated improved skill on equation solving over control students, but combined tutoring students’ performance gains were significantly larger. Results indicate that exposure to and practice with nonstandard equations positively influence student understanding of the equal sign.

Using Content Acquisition Podcasts to Improve Teacher Candidate Knowledge of Curriculum-Based Measurement

Given the significant literature supporting the use of curriculum-based measurement (CBM) for data-based decision making, it is critical that teacher candidates learn about it prior to student teaching and entry into the field as full-time teachers. The authors of this study used a content acquisition podcast (CAP), a multimedia-based instructional tool, to deliver information regarding CBM to teacher candidates. A second set of students received a practitioner-friendly text containing the same content as the CAP. Participants from three universities (N = 270) were randomly assigned to condition and completed pretest, posttest, and maintenance probes of CBM knowledge and ability to apply skill. In addition, participants completed a measure of motivation during their instruction. Results showed that participants who learned using the CAP scored significantly higher on the knowledge and application measures and reported being more motivated during instruction than peers in the text-only condition. The authors discuss implications for teacher education instruction and future research.

The Influence of Mathematics Vocabulary Instruction Embedded Within Addition Tutoring for First-Grade Students With Mathematics Difficulty

Researchers and practitioners indicate students require explicit instruction on mathematics vocabulary terms, yet no study has examined the effects of an embedded vocabulary component within mathematics tutoring for early elementary students. First-grade students with mathematics difficulty (MD; n = 98) were randomly assigned to addition tutoring with an embedded vocabulary component, addition tutoring without the embedded vocabulary component, or business-as-usual control. At posttest, students who received addition tutoring without vocabulary demonstrated greater gains than control students on addition fluency. On a measure of mathematics vocabulary, students in the active tutoring conditions demonstrated improved performance on mathematics vocabulary over control students. Results indicate that exposure to addition tutoring with or without an embedded vocabulary component positively improves mathematics vocabulary performance.

Using Instructional Technology to Improve Preservice Teachers’ Knowledge of Phonological Awareness

Teacher understanding of phonological awareness (PA) and how to teach PA is related to student outcomes; however, many teachers have an inadequate understanding of PA. The purpose of this study is to describe an intervention intended to improve preservice teachers’ understanding of PA, using an example of instructional technology called Content Acquisition Podcasts (CAPs). In this study, teacher candidates randomly assigned to watch a CAP on PA significantly outperformed matched peers who read a practitioner-friendly article on the same topic. Findings hold important implications for the field of teacher education, support, and development in reading pedagogy.

Using Content Acquisition Podcasts to Increase Student Knowledge and to Reduce Perceived Cognitive Load

The use of multimedia-driven instruction in college courses is an emerging practice designed to increase students’ knowledge. However, limited research has validated the effectiveness of using multimedia to teach students about functional behavioral assessments (FBAs). To test the effectiveness of a multimedia tool called Content Acquisition Podcasts (CAPs), this study utilized a pretest–posttest design across two groups of students. One group received instruction on FBAs in the form of a CAP, whereas the other group received a typical lecture (control comparison). Results revealed that members of the CAP group performed better on the posttest compared to the students who received the lecture when the pretest scores were controlled for previous knowledge. In addition, students in the CAP group had lower self-reported levels of cognitive load. Implications for the use of CAPs and future research are discussed.

Three Student Engagement Strategies to Help Elementary Teachers Work Smarter, Not Harder, in Mathematics:

Many students with and/or at risk for emotional and behavioral disorders have academic deficits that affect their performance in mathematics. In addition, these students’ behavioral issues may interfere with their academic achievement. For these students, it makes sense for teachers to consider implementing research- and/or evidence-based practices that simultaneously promote mathematics fluency and increased academic engagement. The purpose of this article is to provide teachers with three instructional practices that we believe can easily be integrated into mathematics instruction. The practices are opportunities to respond, token economy, and self-monitoring.

Culturally and Linguistically Responsive Schema Intervention: Improving Word Problem Solving for English Language Learners With Mathematics Difficulty

Word problems are prevalent on high-stakes assessments, and success on word problems has implications for grade promotion and graduation. Unfortunately, English Language Learners (ELLs) continue to perform significantly below their native English-speaking peers on mathematics assessments featuring word problems. Little is known about the instructional needs and performance of ELLs at risk of mathematics difficulty (MD). In the present study, an exploratory quasi-experimental design was used to investigate word-problem instruction for ELLs in a culturally and linguistically diverse public elementary school. Specifically, we studied the efficacy of a word-problem intervention for ELLs with MD (N = 9) that combined culturally and linguistically responsive practices with schema instruction (CLR-SI). The study is unique in that it combines research on effective instruction for ELLs and students with MD; CLR-SI has not been investigated for either ELLs or students with MD. Results have implications for teachers, administrators, and researchers of ELLs with MD.