Teaching in labs

PC Lab teaching offers a structured environment where students can apply, test and extend their understanding of key concepts in your course. Preparation before the lab, active monitoring during, and clear follow-up afterwards are key to making any lab session successful.

Tips for teaching in virtual and physical labs

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Prepare students before the lab

A lab begins before students arrive, ensure students understand the purpose of the lab and how it connects to previous learning, the intended learning outcomes and what they should be able to do independently by the end of the session. Students should arrive ready to begin meaningful work, not troubleshooting. Upload a short pre-lab video introduction and essential readings to Moodle at least three days in advance. Provide clear software access instructions, especially for the first lab, encourage students to test they can access software beforehand, and share any useful insights from previous cohorts e.g. common problems and misconceptions.

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Use classroom management software

LanSchool is available in all PC labs and can enhance lab teaching when used purposefully. You can monitor student screens from the teacher podium, share your screen across all PCs and limit access to specific websites or applications. When demonstrating key techniques, share your screen using full-screen mode for student’s undivided attention, but use picture-in-picture mode when students should follow along in real time. Restricting websites or applications can be particularly useful during focused tasks or closed-book assessment activities. Remember that using LanSchool should not be about surveillance, but to assist you in maintaining pace, making demonstrations accessible, and maintaining focus on task.

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Build in structural checkpoints

Avoid presenting the lab as one large, open-ended task. Structure supports learning. Break the session into clearly labelled stages, starting with guided demonstrations (these could be pre-recorded activities to free up lab time), small foundational tasks, and move towards more complex and independent activities. It’s important to pause between stages to check understanding before students move on. This can take different forms, whole class facilitated “stop and check” discussions, or self-check opportunities such as Moodle quizzes or H5P interactive activities for immediate feedback. If students can work at their own pace, include stretch tasks for those who progress more quickly.

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Dedicate time for questions and clarifications

Checkpoints are useful for addressing misconceptions and highlighting good practice. Consider ways to make questioning accessible, run a Mentimeter Q&A alongside the lab to collect anonymous questions then review and respond to questions at designated points, or even provide responses as a resource on Moodle after the session. Make use of LanSchool to share a student’s screen (with their consent) to showcase effective approaches, address common errors and normalise problem-solving as a peer activity. If using Moodle quizzes for self-check, monitor results in real time to identify trends and adjust your teaching accordingly.

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Continue outside of the lab

Learning should not stop when the timetabled session ends. Virtual Desktop tools such as MyLab or Apporto (currently being trialled) allow students to access lab software remotely. Using these platforms, even during in-person labs, creates a consistent experience for students, without requiring them to use specific physical locations. This is particularly valuable for students who need additional time, those who were unable to attend, and for revision and consolidation before assessments. After the session, respond to outstanding questions, share clarifications or model answers via Moodle and reflect on whether to adapt the next lab based on performance in this one.

How to: Pre-recorded laboratory experiment accordion

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Adapting for online labs

Online labs require a more intentional design that their in-person counterparts. In face-to-face labs, students learn from observing their peers, hearing questions and answers and informal troubleshooting. When switching to an online context, these informal learning opportunities must be designed purposefully.

Consider additional pre-lab preparation materials, mandatory checkpoints before progressing, and remove the ability to move through tasks at your own pace - by controlling the release of tasks, you can provide clear opportunities to share results, ask questions and increase the chances for peer learning. Use Moodle forums for sharing work, Q&A, and consider scheduled Microsoft Teams drop-in sessions for live questions. Online labs often extend over a longer period rather than a single timetabled block. Clear timelines, expectations and structured milestones become even more important, though the principles remain the same, clarity, structure, monitoring, and feedback.

How to: Running a virtual PC lab with Apporto accordion