Spring Week 5: Universal Design for Learning
The concept of Universal Design
Instruction (UDI) is actually a modified version of a value system implemented
by architects and designers to consider human diversity in the design of
products and spaces. It was developed as a way to address the changing student
body in postsecondary education. This includes an increasing proportion of
students who are older (over the age of 25), who are ethnic/racial minorities,
and who are only in school part time and have other obligations like work and
family. In addition, the Individuals with Disabilities Act, and similar
legislature, have heightened awareness about access to college where equal
opportunities and classroom accommodations are assured. This model, UDI, shifts
the focus from retrofitting accommodations to instruction to proactively
planning for instruction that anticipates diversity in learners. It is a value
system that embraces heterogeneity in learners and espouses high academic
standards. The overall goal of UDI is to promote full participation and universal
access for persons with disabilities in higher education.
The UDI paradigm as defined by nine
principles: 1) equitable use, 2) flexibility in use, 3) simple and intuitive,
4) perceptible information, 5) tolerance for error, 6) low physical effort, 7)
size and space, 8) community learning and 9) instructional climate. The first
principle means that instruction is designed to be useful to and accessible by
people with diverse abilities. The instructor should provide the same means of
use for all students; identical whenever possible, equivalent when not. The
second principle means that instruction is designed to accommodate a wide range
of individual abilities. The instructor should provide a choice of method in
use. The third principle means that instruction is designed in a
straightforward and predictable manner, regardless of students’ experience,
knowledge, language skills, or current concentration level. The instructor
should eliminate any unnecessary complexity in the curriculum. The fourth principle means that instruction is
designed so that necessary information is communicated effectively to the
student, regardless of ambient conditions or the students’ sensory abilities.
The fifth principle means that instruction anticipates variation in individual
student learning pace and prerequisite skills. The sixth principle means that
instruction is designed to minimize nonessential physical effort in order to
allow maximum attention to learning (but does not apply when physical effort is
integral to requirements of a course). The seventh principle means that
instruction is designed with consideration for appropriate size and space for
approach, reach, manipulations, and use regardless of a student’s body size,
posture, mobility, and communication needs. The eighth principle means that the
instructional environment promotes interaction and communication among students
and between student and faculty. The ninth principle means that instruction is
designed to be welcoming and inclusive and high expectations are espoused for
all students. The last two principles are an addition to the original UD
principle for early education as an extension for postsecondary education. Here are some examples of the principles applied.
Other barriers to effective
teaching in postsecondary education include the effect of the reward system for
faculty that stresses research and scholarship that minimizes the importance of
teaching and ways to improve it. In addition, there is no mandate for students
with disabilities for a free, appropriate postsecondary education. Colleges are
not required to alter technical standards and students must maintain their
eligibility by meeting criteria for academic performance. While, this paradigm
still requires validation to prove its efficacy, this paper shows that both
students with learning disabilities as well as faculty who are recognized to be
outstanding teachers recognize the most important factors that determine
academic success and they all fall within one or more of the UDI principles
(McGuire 2006).
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