Category: Learning Technologies

Peanuts in the Digital Age: How Charlie Brown and Friends Would Tackle Classwork Today

Peanuts in the Digital Age: How Charlie Brown and Friends Would Tackle Classwork Today

When Charles Schulz introduced the world to the beloved characters of Peanuts in 1950, he captured the essence of childhood, friendship, and the trials of growing up. From Charlie Brown’s perpetual optimism to Lucy’s bossy demeanor, each character brought a unique perspective to the challenges of school life. But how would these iconic figures adapt to the modern educational landscape, filled with learning management systems, Zoom classes, and a plethora of learning technologies? Let’s take a whimsical journey through the eyes of Charlie Brown, Lucy, Linus, and Snoopy as they navigate classwork in today’s digital age.

Charlie Brown: The Reluctant Learner

In the original Peanuts comic strip, Charlie Brown often struggled with self-doubt and anxiety, especially when it came to schoolwork. Fast forward to today, and we can imagine Charlie Brown logging into a learning management system (LMS) like Sakai or Canvas. Initially, he would be overwhelmed by the sheer volume of notifications and assignments.

“Good grief!” he might exclaim, staring at the screen filled with due dates and discussion prompts. However, with the help of a user-friendly interface and reminders, Charlie would gradually find his footing. He’d likely appreciate the ability to submit assignments online, avoiding the fear of losing papers or forgetting them at home. Yet, the pressure of online participation might still haunt him, as he worries about how to contribute meaningfully in virtual discussions.

Lucy: The Overachiever

Lucy van Pelt, known for her assertive personality and confidence, would undoubtedly thrive in a digital classroom. With her penchant for taking charge, she would quickly become the “classroom manager” in Zoom sessions, ensuring everyone stays on task.

“Why can’t you all just mute yourselves when I’m talking?” she might demand, her voice echoing through the virtual room. Lucy would likely excel in using collaborative tools like Google Docs, where she could assert her ideas and lead group projects with an iron fist. However, her competitive nature might lead to some humorous moments, such as her trying to “one-up” her classmates by sharing the latest educational apps or online resources, all while maintaining her signature sass.

Linus: The Intellectual

Linus van Pelt, the philosophical thinker of the group, would embrace the wealth of information available online. With his trusty security blanket in hand, he would dive into research with enthusiasm, utilizing online libraries and educational platforms like Infobase Learning Cloud.

“Did you know that the Great Pumpkin is a metaphor for hope?” he might ponder during a virtual class discussion, seamlessly blending his love for the whimsical with academic inquiry. Linus would likely enjoy the flexibility of asynchronous learning, allowing him to explore topics at his own pace. However, he might also find himself distracted by the vast array of online content, leading to a few late-night rabbit holes that veer away from his assigned readings.

Snoopy: The Creative Spirit

Snoopy, the imaginative beagle, would undoubtedly find ways to express his creativity in the digital classroom. Whether it’s through digital art platforms or video projects, Snoopy would embrace the opportunity to showcase his talents.

“Why write a boring essay when I can create a short film?” he might think, as he sets up his camera to film a whimsical interpretation of his latest school assignment. His playful nature would shine through in virtual presentations, where he could incorporate animations and music, captivating his classmates and teachers alike. However, Snoopy might also face challenges with technology, leading to comical mishaps, like accidentally sharing his screen while trying to show off his latest dance moves.

As we imagine the Peanuts gang navigating the complexities of modern education, it’s clear that their unique personalities would shape their experiences in different ways. While Charlie Brown would grapple with anxiety, Lucy would take charge, Linus would delve into research, and Snoopy would unleash his creativity.

In a world where learning management systems and digital tools dominate, the essence of what makes Peanuts so relatable remains unchanged. The characters would still face challenges, celebrate victories, and support one another, just as they did in Schulz’s original comic strip. Ultimately, whether in a traditional classroom or a virtual one, the Peanuts gang would remind us that learning is a journey best taken together, filled with laughter, friendship, and a touch of whimsy.

Enhancing Learning Flexibility and Accessibility with Infobase Learning Cloud 

Enhancing Learning Flexibility and Accessibility with Infobase Learning Cloud 

There is a greater need than ever for flexible and easily accessible learning environments. Cloud-based learning can be valuable in this instance. The adoption of cloud computing fundamentally alters education by enhancing accessibility, scalability, flexibility, and efficiency of learning. When we speak of “the cloud,” we mean an online network of servers used for data processing, management, and storing. This will transform education by offering the framework necessary to support a range of digital tools and platforms, allowing for scalability, real-time collaboration, and smooth content updates.   

In higher education, the transition to cloud computing is reshaping how faculty deliver courses, how students engage with materials, and how institutions operate. 

Infobase Learning Cloud complements this paradigm by providing over 50,000 video tutorials for various technology platforms, including Microsoft Office and Adobe Creative Cloud. Instructors can integrate Learning Cloud tutorials into Sakai by adding the Learning Cloud tool to their Sakai site. After adding the Learning Cloud tool and selecting a tutorial, faculty can customize the training by choosing which segments students should view.  

Also, it provides customization features, allowing instructors to assign customized lessons that are relevant to their course objectives.  

Speaking with Instructors who have used the site, several have stated that incorporating it into their classes has allowed them to complement their teaching with professional, high-quality lessons that students can access at their own leisure. This is especially useful for students who need to revisit specific concepts several times or want to learn in smaller, more manageable portions. Furthermore, instructors have observed that adding Infobase Learning Cloud has eliminated the need to produce additional resources for technology-related concerns, as students can obtain clear, brief tutorials within the platform itself. This allows instructors to spend more time teaching essential concepts rather than fixing technical concerns.  

As a result, cloud-based solutions such as Infobase Learning Cloud will be critical for staying ahead of the curve and addressing the needs of modern learning environments.  

To get started you can use your Loyola credentials for login: Learning Cloud Login  Loyola Support Documentation   / Learning Cloud 

Dress Up Your Qualtrics Survey: Tips for Creating Engaging and Attractive Surveys

Dress Up Your Qualtrics Survey: Tips for Creating Engaging and Attractive Surveys

Creating a survey in Qualtrics is easy but making it visually appealing and engaging takes a bit of extra effort. A well-designed survey can significantly boost response rates and ensure that participants have a positive experience while providing the data you need. Here are some tips on how to dress up your Qualtrics survey to make it stand out. 

  1. Start with a Clean Layout

A clean, organized layout is the foundation of a good survey. Here’s how to achieve that: 

  • Keep It Simple: Avoid clutter by limiting the number of questions per page. Group related questions together and use white space to make the survey easier to read. 
  • Consistent Formatting: Use consistent fonts, sizes, and colors throughout the survey. This helps create a cohesive look and makes the survey feel more professional. 

 

  1. Use Custom Themes and Branding

Qualtrics allows you to customize the look and feel of your survey to match your brand or project theme. Check out the UMC Brand Identity website for Loyola-specific branding guidelines. 

  • Apply Your Brand Colors: Use your brand’s color palette to create a survey that’s visually aligned with your organization. You can customize the background, buttons, and text colors to fit your brand identity. 
  • Add Your Logo: Including your logo at the top of the survey helps reinforce your brand and adds a professional touch. 
  • Survey Themes: Qualtrics provides several built-in themes that you can edit to create your own. Schedule a consultation with the ITRS team to discuss a custom theme for your department.  

 

  1. Use Engaging Visuals

Incorporating visuals can make your survey more engaging and easier to understand. 

  • Images: Use images to break up text, illustrate questions, or make your survey more visually appealing. For example, you can include images in multiple-choice questions to help respondents visualize their options. 
  • Icons and Illustrations: Simple icons or illustrations can make your survey feel modern and can help guide respondents through different sections. 
  • Embedded Videos: If appropriate, include short videos to explain concepts, provide instructions, or introduce your survey. Just ensure that videos are short and directly related to the content. 

 

  1. Use Interactive Question Types

Qualtrics offers a variety of question types that can make your survey more interactive and engaging. 

  • Slider Scales: Instead of traditional rating scales, use sliders to make rating questions more interactive. 
  • Graphic Rating Scales: Incorporate images into your rating scales, like stars or smiley faces, to make the process more intuitive and fun. 
  • Hot Spot: Solicit feedback about an image with predefined regions available for selection.  

 

  1. Personalize the Survey Experience

Personalization can make respondents feel more connected to the survey, increasing their likelihood of completing it. 

  • Piped Text: Use piped text to personalize questions based on previous responses. For example, if a respondent indicates they live in Chicago, you can include their location in subsequent questions: “As a resident of Chicago, how do you feel about…?” 
  • Conditional Logic: Use conditional logic (display logic) to show or hide questions based on previous answers, making the survey experience more relevant to each respondent. 

 

  1. Optimize for Mobile

Many respondents will complete your survey on a mobile device, so it’s crucial to optimize for smaller screens. 

  • Responsive Design: Ensure your survey is fully responsive, so it looks great on both desktop and mobile devices. 
  • Short Questions: Keep questions short and to the point to avoid overwhelming mobile users. 
  • Touch-Friendly Elements: Use large, touch-friendly buttons and controls to make it easy for respondents to select answers on mobile devices. 

 

  1. Test Your Survey Design

Before sending out your survey, test it thoroughly to ensure everything looks and works as expected. 

  • Preview on Multiple Devices: Check how your survey appears on different devices and screen sizes. Adjust survey settings as needed to ensure a consistent experience. 
  • Gather Feedback: If possible, get feedback from a few colleagues or friends on the survey’s design and usability. They might catch issues or have suggestions you didn’t consider. 

 

Conclusion 

Dressing up your Qualtrics survey doesn’t have to be complicated, but it does require attention to detail. By focusing on layout, branding, visuals, interactivity, personalization, and mobile optimization, you can create a survey that’s not only functional but also visually appealing and engaging. A well-designed survey not only reflects well on your brand but also helps ensure you collect high-quality data from your respondents. 

Talk Amongst Yourselves: Collaborative Learning with VoiceThread

Talk Amongst Yourselves: Collaborative Learning with VoiceThread

 

This blog post is about collaborative learning, the new and improved VoiceThread, and the elusive sweet spot between collaborative learning and collaborative overload in which students receive the most impactive and effective learning experience. Collaboration is often cited as a key component of effective learning. It encourages teamwork, enhances communication skills, and fosters a deeper understanding of content through shared perspectives. Despite these positive aspects, there is a growing concern about “collaborative overload,” a phenomenon where the demands of collaborative activities become counterproductive.  

The term “Collaborative Learning” itself tends to inspire a broad range of reactions that range from an explosion of enthusiasm (“I LIVE for collaboration”) to benign affirmations (“sure, sounds good”) to extreme distaste (“Group projects are the kiss of death”), but such a wide range of attitudes and experiences inherently suggests that there must be an ideal amount of collaboration to ensure the ideal learning scenario.  

To facilitate an impactful collaborative learning experience with all the benefits mentioned above while also avoiding “collaborative overload”, VoiceThread serves as an excellent resource. With the help of such an effective tool, you can achieve this balance.  

Collaboration with the New & Improved VoiceThread 

VoiceThread, an interactive, web-based application that allows users to create and share multimedia slideshows with images, videos, documents, and presentations, has many features that are conducive to collaborative learning. What sets VoiceThread apart is its ability to facilitate asynchronous discussions. Users can leave comments on slides using text, audio, or video, creating a rich, multimedia conversation around the content.  

As of Summer 2024, the new and improved VoiceThread is available to all users and further enhances the power of collaborative learning. VoiceThread’s new release features significant updates, including enhanced accessibility, bulk comment management, audio slide descriptions, and improved navigation with zooming and panning while commenting. The update introduces a more compact homepage, media sources in uploads, and an integrated comment timeline. With these improvements to accessibility, commenting, and navigation, participating in group learning with VoiceThread is now more intuitive than ever.  Above all else, we firmly believe this update will prove invaluable for the facilitation of collaborative learning.  

Conclusion 

While collaboration is an essential component of modern education, it is crucial to recognize and address the risks of collaborative overload. By finding a balance between group and individual work, setting clear objectives, managing communication, and monitoring student well-being, educators can create a more sustainable and effective collaborative learning environment. As a tool that allows for individual and collaborative work, VoiceThread is excellent for creating balance in classroom assignments.  

For more information about VoiceThread, be sure to check out the ITRS VoiceThread page. To book an appointment for assistance with VoiceThread or any other instructional technology, use the ITRS booking link 

ITRS looks forward to collaborating with you!

A Sneak Peek at Sakai 23: New Features for Innovative Teaching and Learning

A Sneak Peek at Sakai 23: New Features for Innovative Teaching and Learning

Change is on the horizon for Loyolans’ Sakai experience. Read on for a preview of the new and improved features making their way to your web browser in December 2024. 

Most notably, Sakai 23—the version Loyola will implement on December 19th, 2024—changes the way faculty, staff, and students will access their courses. “Pinned” and “recent” sites will appear on the left-hand navigation menu; the Site Navigation previously at the top of the screen will give way to more digital real estate for your course content. You may continue to access and organize Sakai sites through the Sites Drawer, which appears to the left of your profile image. This relatively substantial change to Sakai’s user experience may take some time to adjust to. Don’t hesitate to launch the Sakai user tutorial, available in the Account Menu by clicking on your profile image, as you acclimate to your new Sakai navigational experience. 

Moving on to new features, Sakai 23 boasts an exciting new tool for tracking tasks, communication, and grades within a single course. The Dashboard tool allows faculty to choose from several widgets to customize student reminders. Faculty can choose from three different Dashboard layouts and select widgets that highlight student grades, updates in Discussions, recent course announcements, and Calendar events. The Dashboard is a promising replacement for the Overview page as a course homepage, as it presents a snapshot of course activity for both students and faculty. 

In the same vein of improved communication with students, the Assignments tool’s Grader interface has gotten a makeover. The Grader is now more mobile-friendly and features a horizontal layout for assessing submissions with a rubric. Most notably, however, the Assignments Grader now includes limited inline marking capabilities, allowing instructors to leave targeted comments on submitted documents without downloading and re-uploading the submission file.  

These new features and more await you in Sakai 23! If this sneak peek was compelling, explore our website for more information regarding Sakai 23. Consider joining Instructional Technology & Research Support (ITRS) for an upcoming information session; registration opens soon!

Empowering Learners to Work in Community: Designing for Collaborative Learning

Empowering Learners to Work in Community: Designing for Collaborative Learning

Collaboration, teamwork, community: these terms are familiar across disciplines and industries, and often, they reflect organizational values and goals. Collaboration is supposed to be a worthwhile practice for the benefit of the stakeholders involved.  

And yet, why do students dread group projects? As a lifelong student and instructor of adult learners, let’s together consider the dynamics of a typical group: one or two students do most of the work, one disappears from group communications until the day before a deadline due to unforeseen circumstances, and the less dominant members offer contributions that are either dismissed or less prioritized by the self-appointed group leaders.  

As an instructor or one possessing instructional design responsibilities for learning, there are ways to facilitate collaboration for students that might avoid common pitfalls to meaningful and equitable peer exchange. This includes student-to-instructor exchange, as a common approach to online learning via prerecorded lectures and auto-graded feedback leaves students without a feeling of human connection or presence—hardly collaborative.  

Collaborative learning and learning design  

Continuing a keywords-inspired approach of unpacking a learning design referent to extract pedagogical and practical applications, let’s take on the subject of collaborative learning design.  

The way I refer to collaborative learning is inspired by my time in writing center work and composition studies, namely Andrea Lunsford’s (1991) article “Collaboration, Control, and the Idea of a Writing Center.” Lunsford’s work on collaboration and learning has found collaboration to engage students and encourage active learning; lead to higher academic achievement; support deeper critical thinking; and lead to deeper understanding of others (p. 5). Such collaboration is not synonymous with lack of direction, support, or inclusion for its members. 

Research-based keys to collaborative learning  

Both the Center for Applied Special Technology (CAST) and the Online Learning Consortium (OLC) offer research-based support for collaboration. Below are some synthesized findings between a learning design perspective, student perspectives for collaborative learning, and a renewed approach to inclusive teaching. Insights are lifted from the CAST Universal Design for Learning Guidelines, the 2024 OLC Report, “Empowering Change Together: Student Perspectives on Quality Online, Digital, and Blended Learning,” and insights from the Inclusive Teaching in STEM course faculty edX.  

Sustain engagement through careful learning community. According to CAST (2018), learners in the 21st century “must be able to communicate and collaborate within a community,” as such mindfully structured peer work can “significantly increase the available support for sustained engagement.” Student feedback highlighted the desire for community in online learning environments, as well as faculty responsibility for fostering class participation in such a way that acknowledged social challenges from not being in a physical classroom (OLC, 2024, p. 12). For instructors stuck with a lack of engagement, defining peer roles, expectations, and means for providing one another with feedback instills a sense of responsibility in one another’s learning and success.  

Create a culture of collaboration by enabling learners to be active agents in designing their learning. UDL Checkpoint 8.3: Foster collaboration and community specifies a strategy to “Create cooperative learning groups with clear goals, roles, and responsibilities.” The OLC finds that students also “want to be consulted as co-creators of community and DEI strategy,” moving beyond buzzwords to adaptable, actionable frameworks for practice (p. 13). A course lends itself as a space to facilitate a community of practice that rises out of a body of theory or aligned with learning goals. Allowing each member of a course community to co-design their individual roles and recognize their own commitments to the greater whole helps to build rapport while learning.  

Collaborative learning tool spotlight: VoiceThread 

Learning tools designed to facilitate feedback and collaboration can help instructors save time on designing technical logistics for student activities. Some tools also offer multiple modes of engaging dialogue and feedback between members. 

Though several learning tools may overlap in learning activity type, such as written discussions or conversations, few offer specifically collaborative engagement adaptable for a variety of activities as much as VoiceThread. With the new user interface to be fully implemented by this June, VoiceThread also offers a more accessible tool for learners to engage in collaborative learning. VoiceThread facilitates multimodal means for members to give one another feedback, including written, audio, and video commenting.  

Learning design for collaboration 

Let us also not forget Lunsford’s (1991) warning of collaboration misconstrued in pedagogical application, where such can “masquerade as democracy when it in fact practices the same old authoritarian control” (p. 3-4). Collaborative learning design must be careful and clear in its aim to empower students to take part in constructing their learning contexts and sense of community.  

 

CAST (2018). Universal Design for Learning Guidelines version 2.2.
Retrieved from http://udlguidelines.cast.org 

Lunsford, A. (1991). Collaboration, Control, and the Idea of a Writing Center. The Writing Center Journal, 12(1), 3–10. http://www.jstor.org/stable/43441887  

Weber, N.L. & Gay, K. (2024). Empowering change together: Student perspectives on quality
online, digital, and blended learning. Online Learning Consortium.  

Image credit: Photo by Brooke Cagle on Unsplash

Introducing Learning Analytics at Loyola: The ‘How’ and ‘Why’ of Data-Informed Instruction

Introducing Learning Analytics at Loyola: The ‘How’ and ‘Why’ of Data-Informed Instruction

Data-driven decision-making is becoming increasingly important across many sectors, including education. As an instructor, you might have come across the term “learning analytics.” But what exactly does it entail, and how can it benefit faculty and students? Read on to gain a better understanding of what learning analytics encompasses and how it may boost your instructional efficacy.   

What is Learning Analytics? 

Learning analytics can be defined as the “collection, analysis, and interpretation of data related to students’ learning and the contexts in which it occurs”. This data is typically derived from various sources, including learning management systems (LMS), online course platforms, and student information systems. At Loyola, learning analytics data is currently drawn from LOCUS and Sakai—including several third-party tools integrated with Sakai such as Zoom, Panopto, VoiceThread, and Turnitin. 

How Does it Work? 

Learning analytics involves the use of advanced technologies and statistical techniques to extract meaningful insights from educational data. These insights can range from understanding student engagement and performance to identifying patterns and trends in learning behavior. At Loyola, faculty can glean insights from the Sakai Statistics tool and the analytics offered by specific teaching and learning tools (e.g., Panopto). They may also use their personalized Learning Analytics Reports to view aggregated instructional data in one location. 

Why is it Useful for Faculty?

1. Personalized Learning Experiences:

By leveraging learning analytics, faculty members can gain valuable insights into individual students’ learning needs, preferences, and progress. This allows them to tailor their teaching strategies and interventions to better meet the diverse needs of their students, ultimately fostering a more accessible and personalized learning experience.

2. Early Intervention:

Learning analytics can help faculty identify students who may be at risk of falling behind or struggling academically. By detecting these warning signs early on, instructors can intervene promptly, providing additional support and resources to help students succeed.

3. Data-Informed Decision-Making:

Learning analytics data, in conversation with other metrics such as teaching evaluations, test scores, and final grades, can help faculty make informed decisions about curriculum (re)design, instructional methods, and assessment strategies. This data-driven approach empowers instructors to refine their teaching practices to enhance student learning outcomes. 

4. Continuous Improvement:

By analyzing trends and patterns in student data over time, faculty can identify areas for change and improvement in their teaching practices and course design. This iterative cycle of reflection and refinement enables instructors to adapt to the evolving needs of their students and enhance their overall quality of instruction. 

Getting Started with Learning Analytics 

Learning analytics holds immense potential for faculty in higher education to enhance teaching and learning experiences. Embracing learning analytics can empower faculty and instructional support staff to create more effective and engaging learning environments that support the success of all students. 

To learn more about learning analytics at Loyola, visit our website. Faculty are invited to schedule a consultation with an ITRS Learning Design Engineer, who will provide access to the Learning Analytics Report as well as guidance in interpreting the report data and deriving actionable insights.

Striving and Thriving: The New and Improved VoiceThread

Striving and Thriving: The New and Improved VoiceThread

This blog entry is about VoiceThread – a collaborative multimedia slide tool that enables users to upload multimedia in slides where their peers can interact asynchronously – and it’s new and improved interface. The best tools for asynchronous learning are the ones that can most effectively facilitate learning outside of the course meeting times while also consistently striving to deliver a more engaging, user-friendly, and inclusive experience for all students. With a brand-new look and many enhancements, VoiceThread stands out as a high-caliber tool that keeps getting better.  

As one of the many technologies available to members of the LUC community, VoiceThread displays a strong dedication to constant improvement in their new and improved interface. The following improvements make for an even better experience using VoiceThread: 

  • Screen-reader accessibility 
  • Simplified conversation structure that is more user-friendly 
  • Zoom & Pan controls for moving as you add a comment 
  • Easier slide navigation for viewing and commenting 

The new interface is available to you now and can be toggled by logging into VoiceThread and going to the Display Preferences page. For anyone who prefers the legacy interface, please keep in mind that it will still be available until summer of 2024. 

For more information, be sure to take a look at the ITRS VoiceThread Page and VoiceThread Documentation. 

For assistance with VoiceThread, feel free to book an appointment with an ITRS Team member. 

Keywords in Higher Ed: AI Authoring Tools

Keywords in Higher Ed: AI Authoring Tools

During my graduate degree coursework in composition and rhetoric, I came across a book titled Keywords in Writing Studies, edited by Paul Heiker and my professor himself, Peter Vandenberg.

The book’s concept is given in its title: Keywords provides a fresh and concise array of essay entries, each packed with heavy research dedicated to unpacking an operative referent in the realm according to its related studies, theories, and applications.

As a student that has kept nearly every required textbook, I can reflect on the utility of such a cogent textbook concept, and now would like to transfer its reader-friendly approach to the great wide realm of instructional technologies—to start, within in the smaller realm of AI authoring tools for teaching and learning.

I anticipate my keywords approach will be much messier and less formal in scholarship, as the body of published works, studies, and opinions on AI authoring is sprawling and immense. However, the goal is to offer an ongoing collection of resources that facilitate your own research and dialogue around important questions about technology in teaching and learning.

With this keywords approach in mind, let’s begin!

AI authoring tools & learning

AI authoring tools such as ChatGPT, Bard, DALL-E3, and the like, pose immediate questions for rethinking how to teach core learning tasks and skills, particularly those assigning students to compose original work.

Though there is no direct teaching solution to safeguard against cheating, and worse, whether a student is actually demonstrating their learning, many conversations in higher education circle back to how assessments are designed for students to think critically about information and acquire digital literacy. Such classroom-rooted strategies and conversations about AI authoring are also recommended by the leading product developing company in AI writing detection, Turnitin.

Difficulties in regulating AI use & ethical concerns

Studies have noted areas of AI use that pose challenges for demarcating its ethical scope and regulation. Key questions implicated by AI machine learning and data science include responsibility for use, bias and discrimination within development, transparency in development, and responsibility for stakeholder action or policy.

From a corporate stance, the move towards regulation is difficult, if not impossible, as implementation of restrictions cannot be imposed on a scale that corresponds with its users. Though statements and calls to pause development have been made, much AI development is within the private sector, and those that might be in the position to draft such regulations do not necessarily understand the nature and scope of the technological developments to impose effective boundaries.

Ethical considerations with AI authoring tools that more directly relate to teaching and learning include biases against non-English speakers and replications that bypass creative attribution, such as the popular query of Greg Rutkowski styled outputs that mimic his aesthetic without his consent.

Academic integrity & teaching with AI

Because of its dominance in the assessment tools arena and Loyola’s adoptions of several products, Turnitin resources on academic integrity and AI writing are within the purview of technology-based assessment in higher education. Their latest webinar offering on how to include AI in institutional policy offers a puzzle map for approaching the complex issue of AI.

An Exigence for Faculty Development

A silver lining that AI authoring brings to our attention is the prompt for enriching faculty development through dialogue and creative learning design.

Though some find AI authoring tools a cause for panic, many specialized faculty in the fields of medicine and sciences are excited about the opportunities AI provides for teaching and learning.

Reflections in faculty panels, such as this one at Ole Miss University of Mississippi or professional higher ed groups, such as the AI in Education Google group.

While Loyola Instructional Technology and Research Support does not decide on the adoption of learning tools for the institution, we do invite ideas for teaching strategies, further research, and learning designs.

Get a head start on administering test taking with Respondus LockDown Browser

Get a head start on administering test taking with Respondus LockDown Browser

Respondus LockDown Browser is a locked web browser that integrates with the Sakai Tests & Quizzes tool. LockDown Browser prevents users from accessing other programs and websites for the duration of their Sakai assessment.

Taking tests can be stressful, so adding the additional step of having to use a system you are not used to can be a bit much for students and instructors alike. It is best to familiarize yourself as much as possible with how to use Respondus LockDown Browser before you are asked to take or administer an assessment using the tool in Sakai.

ITRS has provided a lot of helpful information to calm your (instructor) test-taking nerves on our Respondus LockDown Browser page.

As a reminder, LockDown Browser is not currently compatible with Sakai on Chromebooks or iPads. You can find operating system requirements on Respondus Support if you have any compatibility questions.

If your students run into any issues while taking an assessment with LockDown Browser, make sure to direct their issues to ITRS by emailing ITSServiceDesk@luc.edu.

Happy test-taking to all!