Week 3 Assignment UDL/CAST Instructional Plan Analysis
This assignment provides the opportunity for you to apply the principles of universal design for learning (UDL) in the design of instruction and assessment. Recall that UDL provides access to the curriculum for students with a wide variety of abilities and background. Therefore, UDL aligns with inclusionary practices found in today’s schools. Furthermore, assistive technology supports the UDL framework to provide a means of learning for students with disabilities. To prepare for this assignment, review the CAST (2010) video, UDL at a Glance (Links to an external site.) and review the Explore model UDL lesson plans (Links to an external site.) (2011) web page, both of which are listed in the Week Three Required Resources. Be sure to also review the Week Three Instructor Guidance page for additional intellectual elaboration on UDL and assistance with this assignment.
Begin preparing for this assignment by selecting a specific model lesson from the Explore Model UDL Lesson Plans (2011) page of the CAST.org website. Analyze the lesson for the points described in the Content Instructions included with this assignment, below. Click on the “UDL Connections” buttons located at various points in the lesson to analyze how UDL principles have been integrated. Next, create your assignment to meet the content and written communication instructions below. Use the Grading Rubric to review your assignment before submission to ensure you have met the distinguished performance for each of the components described below. For additional assistance with this assignment, review the Week Three Instructor Guidance page and, if needed, contact the instructor for further clarifications.
Refer to: Week 3 Assignment Template
Content Instructions
· Lesson Description (1 point): Include the title of the model lesson, the subject, and grade levels, and a one-paragraph introduction of the lesson.
· Principle 1 (1 point): In one to three paragraphs, describe ways that multiple means of representation are included in the model lesson.
· Principle 2 (1 point): In one-to-three paragraphs, describe ways that multiple means of action and expression are included in the model lesson.
· Principle 3 (1 point): In one to three paragraphs, describe ways that multiple means of engagement are included in the model lesson.
· Reflection (2 points): Close your essay with a personal reflection that addresses the following four areas:
· A description of at least two concepts or strategies from the lesson that serve as a means to motivate learners
· A description of how, overall, the lesson models differentiated instruction
· A discussion of how your understanding of and appreciation for instructional planning has changed as a result of your analysis,
· At least one specific concept or strategy from the lesson that you would consider applying to your own practice and the potential impact it may have on the population you serve.
Written Communication Instructions
· Length Requirement (0.5 point): Four to seven pages including the title and references pages.
· Syntax and Mechanics (0.5 point): Display meticulous comprehension and organization of syntax and mechanics, such as spelling and grammar.
· Source Requirement (0.5 point): Utilize at least two sources in addition the model lesson plan and the Edyburn (2013) textbook. All sources on the references page need to be used and cited correctly within the body of the assignment.
· APA Formatting (0.5 points): Use APA formatting consistently throughout the assignment. Refer to the Ashford University Writing Center for assistance with APA style and formatting or your copy of the APA Style Manual.
· Week Three Instructor Guidance Welcome to Week Three of EDU620: Meeting Individual Student Needs with Technology. Please be sure to review the Week Three homepage and review the specific learning outcomes for the week, the schedule overview, the required and recommended resources for the week, the introduction to the week, and a listing of the assessments for the week. Next, be sure to read this entire Instructor Guidance page.
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· Overview Knowledge gained in Weeks One and Two prompted you to consider how technology integration promotes and sustains student motivation. This week, you will learn about the practice and principles of Universal Design for Learning (UDL) as it relates to technology integration into the classroom. Keep reading for intellectual elaboration about UDL and for additional assistance with excelling in the Week Three assessments.
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· Intellectual Elaboration
· Universal Design for Learning UDL characterizes efforts to create universal access to education for all students, including those with cognitive, physical, and emotional disabilities. Universal Design for Learning (UDL) can be defined as
· “a set of principles for curriculum development that give all individuals equal opportunities to learn. UDL provides a blueprint for creating instructional goals, methods, materials, and assessments that work for everyone--not a single, one-size-fits-all solution but rather flexible approaches that can be customized and adjusted for individual needs” (CAST, 2014).
· Thus, UDL is an approach to designing instruction that benefits all students of all learning styles, preferences, and abilities. UDL is not about adapting lessons for a few students; rather, it is about removing barriers and allowing all students to control the methods of accessing information. There are three essential principles to UDL: Representation, Engagement and Expression. Let’s consider all three in greater depth and explore examples of how to remove barriers without adapting or retrofitting lessons. Representation – Universally designed course content provides alternative representations of essential concepts. For example, during the instructional component of a math lesson on fractions, the teacher might represent the information in multiple ways—through a linguistic overview of the related mathematical vocabulary; a hands-on opportunity constructing and deconstructing whole-to-part and part-to-whole using manipulatives; and visually, by modeling fractions on an overhead projector or Promethean board (Smartboard). Engagement – Universally designed course content addresses varied skill levels, preferences, and interests. By having flexible teaching strategies and course content, students are able to choose methods that support their interest and skill levels. For example, when teaching a reading lesson, students could choose from a variety of options that would allow them to practice reading fluency and comprehension at a reading level that is appropriate for them, such as a web-based game, an interactive storybook, or other digital options.
· Expression – Universally designed course content allows for alternative methods of expression, which means the student has opportunity for multiple means of demonstrating mastery of the material. For example, in lieu of a traditional writing assignment, students could be allowed to demonstrate knowledge on a subject by doing an oral presentation or creating an artistic representation that could include a performance-based activity, such as a role play scenario. Students with speech impairments may be unable to present the information orally while students with a visual disability may have difficulty taking a written exam. Expression in UDL means each student has the ability to express their learning in a method that is most aligned to their strengths and preferences. Therefore, UDL is not about creating different lessons for each learning style; it is about creating opportunities for multiple methods of learning. For a look at UDL being implemented in the classroom, select a video from the following collection of videos (Links to an external site.)(examples of classrooms using UDL from Grade 1 to Grade 6) provided by the National Center on Universal Design for Learning website. From these videos you will notice how UDL is incorporated into daily lessons that do not create barriers for learning. The three essential principles of UDL, representation, engagement, and expression, are based on scientific understanding of how the human brain works best when learning new knowledge and skills.