Jay explained that we can’t expect students to apply what they've learned in new or unpredictable situations if they don’t truly understand it. Rote knowledge might help a student pass a quiz. It will not help them navigate complexity. And in a world shaped by rapid change, artificial intelligence, and shifting social realities, transfer isn’t a luxury. It’s the goal.
What struck me most was his reminder that foundational skills are essential, but they are the floor, not the ceiling. Effective spelling matters. But the goal is effective communication. Procedural fluency matters. But the goal is reasoning and application. That distinction feels small until you see how much it changes planning.
We also unpacked backward design and the mindset shift it requires. Many of us were trained to plan forward, lesson one, lesson two, chapter by chapter. Backward design asks us to pause and think like assessors before we think like teachers. What do we want students to be able to do independently? What would evidence of real understanding look like? Only then do we plan the learning experiences.
Jay named three common pitfalls that backward design helps us avoid: activity-oriented curriculum (engaging but disconnected), coverage-driven instruction (marching through standards or textbooks), and test-prep teaching (mistaking measures for goals). That third one hit home. The most widely missed test items, he noted, are not basic recall. They are transfer tasks, interpretation, reasoning, and application. Drilling the format doesn’t build the thinking.
We also discussed essential questions and performance tasks, two elements that make learning stick. Essential questions are not meant to be answered once and filed away. They are meant to live in students’ minds. Questions like, “How do I know what to believe?” or “What do effective problem solvers do when they get stuck?” aren’t just academic. They are life questions. When students internalize those, education extends beyond the classroom.
Performance tasks, similarly, shift the focus from getting the right answer to learning while performing. Application plus explanation. Do something meaningful. Then defend your reasoning. That pairing is where understanding becomes visible.
