Inside the BrickGPT Paper: Text to Stable Brick Structures
How the ICCV 2025 BrickGPT paper combines stable training data, next-brick prediction, placement checks and physics-aware rollback.
Read this guidePhoto tutorials, classroom activities and maker workflows. Follow a guide, inspect the examples and take a useful worksheet with you.
How the ICCV 2025 BrickGPT paper combines stable training data, next-brick prediction, placement checks and physics-aware rollback.
Read this guideA technical reading of 400 robotic assembly tasks and the perception, reverse planning and collision-aware execution baseline.
Read this guideHow LEGO-Puzzles measures visual understanding, assembly dependencies, long-range planning and generated intermediate states.
Read this guideRun a mixed-brick club session with a timed plan, rotating roles, a printable challenge sheet and an optional model-video showcase.
Read this guideTeach story sequence with a 45-minute brick-building lesson, a printable storyboard, partner feedback and an optional AI-media comparison.
Read this guidePractice a BrickLink Studio instruction workflow with a five-part LDraw model, step planning, page checks and a printable test-build checklist.
Read this guideCopy three complete brick-model image prompts, adjust the subject and camera, and fix obscured or inconsistent results before making a visual steps board.
Read this guidePrepare a finished model photo for AI build steps: fix crops, shadows and clutter, then check the board and video for changes before using the output.
Read this guideChoose between official set instructions, a verified CAD model and AI visual steps. Use a five-point checklist to judge whether an output is buildable.
Read this guide