To support the increased diversity in the college classroom, it is vital that research-based practices are used to ensure student engagement and success. Faculty must approach online instruction with a willingness to implement teaching practices that have proven to be effective in the virtual environment. One framework for supporting the needs of all learners and enhancing student motivation is Universal Design for Learning (UDL). UDL is a proactive instructional framework that is designed to make the curriculum accessible for all students through multiple means of engagement, multiple means of representation, and multiple means of action and expression. College faculty can use the UDL framework as they plan for interactions with students, design instructional modules, and create student assignments and assessments. This chapter will provide an overview of UDL in the online college classroom, a synopsis of the relevant research literature, and practical examples from the chapter authors' online courses.

The COVID-19 pandemic changed the way that schools provide instruction to learners and these changes may last for an extended period of time. One current trend is the use of hyflex instruction, which involves teachers providing instruction to students simultaneously in the classroom and online. This form of instruction provides unique challenges for teachers, including establishing expectations and managing classroom behaviors. Teachers must utilize the same best practices in classroom management in the hyflex environment that they typically use in the face-to-face setting, including (a) teaching expectations, (b) modeling the desired behavior, and (c) providing timely and explicit feedback to support students, especially young children and those with disabilities, to follow the guidelines for physical distancing and to keep students, teachers, administrators, and their families safe at this time. This article provides a brief overview for general and special education teachers to apply these strategies in the hyflex instructional environment to support young children and maintain protocols required due to the COVID-19 pandemic.

In 2004, the Individuals with Disabilities Education Act outlined specific considerations for students with individual education programs in relation to their needs and application of assistive technology (AT) devices and services used to access school curriculum. Teachers will interact with a variety of assistive technologies during their career and must have an understanding of how their individual students are accessing lessons and school-based activities. This practitioner article presents a vignette about a hypothetical second-grade teacher and two of his students using AT during a science lesson. Steps the teacher should consider in understanding and embedding AT are presented, as well as discussion about how future technologies may play into students’ access to curriculum.

As college faculty who prepare future teachers, we strive to teach our students through instruction and modeling best practices in teaching. We constantly evaluate our teaching and make adjustments to include updated knowledge about effective instruction. The evaluation and adjustments made to our courses lend themselves to action research. We take what we learn from our research and make appropriate changes to better meet the diverse needs of students. This article provides an overview of a final project that used Universal Design for Learning (UDL) for assessing student knowledge. This research focused on the principle of Multiple Means of Action and Expression and the impact the UDL final project had on student learning as well as overall perceptions of the project. Results indicate that participants enjoyed the final project and that it impacted their learning. Students reported enjoying having choice in how they demonstrated their understanding of the content.

Today's classroom is more diverse than ever; it is imperative that universities find solutions for meeting these diverse learning needs. One potential solution is Universal Design for Learning (UDL), which is a promising practice in the K-12 classroom. UDL is a framework for teaching and learning that is based on the idea that diversity among students is predictable and systematic adjustments to the curriculum should be made based on that predictability. While there is strong research supporting the use of UDL for traditional K-12 classrooms, there is little research regarding its implementation in the online university teacher preparation classroom. This action research study explores the use of UDL for increasing student engagement in the online Special Education teacher preparation courses for one university faculty member. The authors seek to better understand the use of UDL in the university setting by examining the impact of engagement strategies in online Special Education teacher preparation courses. Results of this action research, as well as implications for the authors, are discussed.