In this video, I share my innovative approach to teaching through the application of Universal Design for Learning (UDL) principles. The video highlights specific examples from my course websites and reflects on the continuous improvements made to enhance student engagement and support.
For more on the demonstration of the course elearning space and how I made improvements, see this video.
As an educator deeply committed to fostering an inclusive and engaging learning environment, I have integrated the principles of Universal Design for Learning (UDL) into my course design. UDL is a framework that aims to improve and optimize teaching and learning for all people based on scientific insights into how humans learn. It involves providing multiple means of engagement, representation, and action and expression.
I discuss how I redesigned my courses, to create a more inclusive and engaging learning environment. By incorporating interactive tutorials, multimedia resources, flexible assessments, and real-world projects, I ensure that all students, regardless of their backgrounds and learning preferences, have equal opportunities to succeed
Below, I detail how I have applied these principles in my courses with specific examples.
DISC 1011 - Introduction to Probability and Statistics (Course Outline 2023-2024)
In this video, I share a demonstration of my innovative approach to teaching through the application of Universal Design for Learning (UDL) principles. I discuss how I redesigned the course, Introduction to Probability and Statistics to create a more inclusive and engaging learning environment, with interactive tutorials, multimedia resources, flexible assessments, and real-world projects. The video highlights specific examples from two iterations of the course, where I reflect on the continuous improvements made to enhance student engagement and support.
As part of my commitment to inclusive and engaging teaching, I have designed my courses using Universal Design for Learning (UDL) principles. This approach ensures that all my students, regardless of their backgrounds and learning preferences, have equal opportunities to succeed.
Course: Introduction to Probability and Statistics (First Iteration): For the first iteration of my fully online course, Introduction to Probability and Statistics, I placed all the materials on the e-learning platform. This included the course outline, resources, Zoom links, and expectations. I organized the materials into weekly sections, making it easy for students to access readings, lectures, and discussion forums.
With a small class of about five students, most interactions happened within the class setting. I provided resources for the statistical software (R), hands-on exercises, and a weekly diary forum where students could share their struggles with different topics. Additionally, I included supplementary videos from YouTube, although they did not have subtitles at the time. Reflecting on this, I recognized the need to revamp the layout to make it more engaging for students.
Course: Introduction to Probability and Statistics (Second Iteration): After completing a certificate in university teaching and learning, I updated the course design. This iteration featured a welcome video and more interactive elements. I placed important information from the course outline directly within the course site, providing better context as students logged in.
To support students further, I included my contact information, announcements, and a mid-semester faculty evaluation. I used Padlet to gather students' expectations for the course, which was highly interactive and helpful. With a larger class of about eleven students, I organized materials into units covering multiple weeks and included icebreakers and temperature checks using Mentimeter Online Polls. (See my 5. Effective Teaching Strategies for more on how I use these).
Lecture slides were available in PDF and interactive flipbook formats for easy access. I designated spaces for course readings and software screencasts, allowing students to engage with materials asynchronously. This setup made it easier to use collaborative activities during class time, such as think-pair-share.
Guided Project Assessment: In the second iteration, I introduced a guided project component based on a real-world data set from the Women in Data Science (WiDS) organization. I provided detailed guidelines, a rubric, and example projects to help students understand the requirements. This project aimed to develop 21st-century skills and align with the learning outcomes.
Course Improvement: Recognizing the need for more interactive and engaging design, I added supplementary materials, videos, and formative assessments. These resources helped students feel more supported and engaged. I also provided final exam preparation resources and past papers to aid their studies.
Conclusion: Reflecting on the improvements from the first to the second iteration of the course, I see significant progress in creating a more engaging and supportive learning environment. By continuously refining my teaching practices, I aim to better support and engage my students, ensuring their academic success and growth.