Futuristic School Timetable Board

You Create the first stage of a parametric 3D CAD model of a futuristic tabletop school timetable board. IMPORTANT: Focus ONLY on the main structural components. Do not create the robot helmet or decorative top armor yet. ## 1. Overall dimensions - Total board width: 300 mm. - Main board height: 320 mm. - Main board thickness: 12 mm. - Vertical tabletop orientation. - Rounded and beveled outer corners. - White plastic appearance. ## 2. Timetable layout Create a front-facing weekly timetable grid with: - 6 columns representing weekdays: 2, 3, 4, 5, 6, 7. - A narrow vertical label column on the left. - 5 horizontal rows in the morning section. - 4 horizontal rows in the afternoon section. - Individual rectangular recessed cells. - Raised separators between cells. - Uniform spacing and alignment. - Slightly rounded corners on each cell. ## 3. Morning section - Red vertical label on the left. - Raised white text: SÁNG. - Five horizontal rows. - Six columns. ## 4. Afternoon section - Blue vertical label on the left. - Raised white text: CHIỀU. - Four horizontal rows. - Six columns. ## 5. Weekday labels Create seven? No, exactly SIX weekday columns. Place raised black numbers above each column: 2, 3, 4, 5, 6, 7. ## 6. Base and support Create a stable rear folding support stand. - Suitable for tabletop display. - Slight backward inclination. - Stable center of gravity. - Add mounting points for future decorative components. ## 7. CAD requirements Use parametric modeling. Create separate named components: - Main_Board - Morning_Grid - Afternoon_Grid - Weekday_Labels - Morning_Label - Afternoon_Label - Rear_Stand Use millimeters for all dimensions. Do not add unnecessary decorative details. Keep the front surface clean and functional. Generate an editable 3D CAD model and provide a front and isometric view.

Parameters

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.