Use Google Drawings to create an image of a cell, demonstrating your understanding of the different cell parts. The laser engraver will be used to cut and engrave your design on a piece of wood or acrylic.
How to open Google Drawings, resize your canvas, and draw the outside of your cell
How to copy, paste, and resize a shape, and use the shape and line tools to add parts of a cell
How to select objects, move, change size, rotate, and group
How to use a text box, change font, change font size, use the arrow tool, and rotate arrows
How to resize your cell, create cut out arrows for labeling, and ensuring your design is ready for the laser
Use Tinkercad to create a 3D model of a cell, demonstrating your understanding of the different cell parts. The 3D printers will be used to create your design using PLA filament.
How to log in to Tinkercad, open a file, rename a file, zoom in, zoom out, and rotate the view
How to drag and drop a new shape, resize, rotate, and lift the shape off the work plane
How to use the Scribble tool, duplicate your shape, and build your cell wall and base
How to use the Align tool to perfectly align your parts and use the Group tool to stick two pieces together
How to create a circular base and cell wall
How to use premade shapes and scribble tool to create parts of the cell
How to create a 3D cross section view of a cell, rather than a flat, extruded view
How to rotate the cell parts to place on a vertical plane in a cross section view of a cell
How to group your project, rename, and export as a .stl file
Use the form linked above to submit your drawing to Mr. Lamp
Use the form linked above to submit your .stl file to Mr. Lamp
How to download your .stl file, open the Dremel DigiLab slicer software, import your file, and resize to print
How to adjust the slicer settings for printing, prepare the file, and save the file to the flash drive