Hello EDES 210,

This week’s project centered on constructing a wooden crate. While the concept may seem straightforward, the process highlighted the importance of material preparation, precise measurement, and systematic assembly — all fundamental engineering practices

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The initial stage involved preparing the pre-cut wood pieces by sanding and rounding their edges. This step not only improved surface finish but also enhanced ergonomics, ensuring the crate could be handled comfortably without risk of splinters or sharp edges. Small modifications like these demonstrate how design decisions directly affect usability.

Following preparation, I focused on assembling the base. Proper alignment was achieved using corner clamps, and each screw hole was pre-drilled and countersunk. This approach minimized surface chipping, improved joint integrity, and produced a more refined appearance. I maintained consistent spacing, approximately 1 cm from each edge and 4 cm between screws, which significantly contributed to the uniformity of the final structure. Additionally, I created the handles with human function in mind. The curved nature of the handle is design to provide better grip.

Next, I installed the internal corner supports. Instead of fastening these supports to the vertical planks, I secured them directly to the base. This method provided greater stability by transferring loads more effectively to the bottom of the structure. Once the supports were in place, attaching the side planks became straightforward. For reference and accuracy, I began with the top planks, then evenly spaced the intermediate pieces.

The assembly concluded with verification of screw tightness and structural alignment. The crate, though simple in function, demonstrated the value of precision and planning in execution. A wood stain will be applied later as a finishing step, but even in its current form, the project illustrates how attention to detail elevates a basic build into a well-engineered product.