There is a prevailing narrative in education right now that goes something like this: the pandemic was terrible, remote learning was a failure, and the sooner we get back to "normal," the better. I understand the impulse. I share the relief of having students physically present in my classroom again. But I think the rush to reject everything associated with pandemic teaching is intellectually lazy, and we owe our students a more nuanced analysis.

Over the past two years, I adopted dozens of tools and practices under crisis conditions. Last month, I wrote about conducting an honest audit of that accumulated toolkit. This month, I want to share the results - specifically, the practices and tools that survived the audit not because of nostalgia or habit, but because they made my teaching demonstrably better.

The Asynchronous Video Lesson

If I could keep only one innovation from the pandemic era, it would be the recorded lesson. I use Screencastify to create 8- to 12-minute instructional videos that students can watch at their own pace, pause, rewind, and revisit before assessments. This is not a replacement for live instruction. It is a supplement that addresses a problem I have been unable to solve in 28 years of classroom teaching: the fact that students process information at different speeds, and a live lecture moves at exactly one speed.

The research on multimedia learning theory, particularly the work of Richard Mayer at UC Santa Barbara, supports this approach. Mayer's cognitive theory of multimedia learning demonstrates that students learn more effectively when they can control the pacing of instructional material, particularly when that material combines visual and auditory channels. A recorded lesson is not a lesser version of a live lesson. It is a different modality that serves a different cognitive function.

I now record key concept explanations for every unit and post them in Google Classroom. Students who grasp the material quickly can skip ahead. Students who need more time can watch twice. Students who were absent have a resource that is infinitely more useful than borrowed notes. The investment is roughly 30 minutes of recording time per video, and the return on that investment has been significant.

The Digital Exit Ticket

Before the pandemic, my exit tickets were index cards. Students wrote a response, handed it to me on the way out, and I spent my evening sorting through 150 handwritten cards trying to decipher both handwriting and understanding simultaneously. It worked, but it was inefficient.

Google Forms changed this practice permanently. My digital exit tickets auto-populate a spreadsheet that I can sort, filter, and analyze in minutes rather than hours. I can identify misconceptions across an entire class period before I leave the building. I can disaggregate responses by student demographics to check for equity gaps in understanding. I can track individual student trajectories across an entire unit by linking responses over time.

This is not technology for technology's sake. This is technology that fundamentally accelerates the formative assessment feedback loop, which decades of research - from Black and Wiliam's seminal 1998 review onward - identifies as one of the most impactful practices in education.

The Shared Digital Workspace

Pandemic teaching forced me to make student thinking visible in ways that physical classrooms often do not. When everyone was remote, I could not walk around the room and glance at notebooks. I needed digital spaces where students could think in real time and where I could observe that thinking.

Google Docs with simultaneous editing became my primary tool for this, and I have no intention of abandoning it. During collaborative activities, I create a single shared document where all groups work simultaneously. I can watch ideas develop in real time. I can drop a comment into a group's section to redirect their thinking without interrupting the entire class. Students can see what other groups are producing, which creates a productive kind of intellectual pressure that paper-based group work rarely achieves.

Jamboard serves a similar function for more visual or brainstorming-oriented tasks. It is not a sophisticated tool - its functionality is limited compared to commercial alternatives - but its integration with the Google ecosystem means there are zero additional logins, zero additional accounts, and zero additional friction. In my audit framework, that matters enormously.

The Parent Communication Channel

Before the pandemic, my parent communication was episodic: back-to-school night, conferences, the occasional email about a missing assignment. The pandemic forced me into regular, structured communication with families, and the data on student outcomes during that period convinced me to maintain it.

I now send a weekly update through Google Classroom's guardian summary feature, supplemented by a brief personal message through Remind. The update includes what we covered that week, what is coming next week, and one specific suggestion for how families can support learning at home. It takes me 15 minutes on Friday afternoon, and the impact on family engagement has been measurable. Assignment completion rates are higher. Families reach out proactively rather than reactively. The adversarial dynamic that sometimes characterizes teacher-parent relationships has shifted toward something more collaborative.

The Learning Management System as Single Source of Truth

This is perhaps the most structural change. Before the pandemic, my Google Classroom was a supplementary resource - a place where I posted the occasional link or handout. Now it is the authoritative record of everything that happens in my course. Every assignment, every resource, every rubric, every deadline lives there. Students who were absent know exactly where to look. Parents who want to understand what their child is learning know exactly where to look. I know exactly where to look when a student claims they "did not know" about an assignment.

This level of organizational transparency was born of necessity - remote students needed a centralized hub or they were lost - but it turns out that in-person students benefit from the same clarity. The cognitive load research is unambiguous on this point: reducing extraneous processing (searching for information, decoding organizational systems, managing logistical uncertainty) frees working memory for germane processing (actually learning the content). A well-organized LMS is not an administrative convenience. It is a cognitive intervention.

What Did Not Survive

For the sake of intellectual honesty, I should acknowledge the practices I abandoned. Breakout rooms in Zoom, while occasionally productive, never replicated the dynamics of in-person small group work and have no place in a physical classroom. Elaborate Bitmoji virtual classrooms, while charming, consumed hours of design time for minimal pedagogical return. Asynchronous discussion boards, which I used extensively in 2020-2021, produced stilted, performative writing that bore little resemblance to genuine academic discourse.

The common thread among the practices I discarded is that they attempted to simulate in-person experiences through a digital medium. The practices I kept are those that do something genuinely different from what is possible in a traditional classroom - something additive rather than substitutive.

The Framework Going Forward

I have started thinking about technology adoption through a modified version of the SAMR model, but with a critical addition: I ask whether the "redefinition" a tool provides justifies its cost in terms of setup time, student cognitive load, and equity of access. Redefinition is not inherently valuable. It is valuable when it serves learning in ways that matter.

The pandemic gave us an involuntary master class in educational technology. The least we can do is learn from it deliberately.

Dr. Janette Camacho is a veteran K-12 educator with 28+ years of classroom experience and an Apple Teacher. She writes about the intersection of pedagogy and technology at iTeachAI.