For this project, my role included reverse-engineering a real toy submarine by carefully measuring its dimensions with calipers and other manual tools, then translating those measurements into a precise CAD model. I replicated the submarine in SolidWorks, using parametric modeling to ensure accuracy, scalability, and ease of modification. Throughout the process, I focused on maintaining dimensional fidelity and capturing the details of each component, from the outer body to the internal features. Once the model was complete, I created assembly relationships and constraints to reflect how the parts fit together in the real submarine. I also produced detailed engineering drawings with annotations and dimensions, ensuring the design was fully documented and could be used for future analysis, replication, or potential manufacturing.
Solid Works Modeling of Toy Submarine
This project involved reverse-engineering a real toy submarine by carefully taking physical measurements and replicating the design in SolidWorks. The goal was to create a precise, fully detailed 3D CAD model that accurately represented the original submarine while reinforcing measurement, modeling, and design documentation skills.
Zahin H Ritee
Project Timeline
Sep 2023 - Dec-2023
HighlightS
- Collected accurate dimensional data from the toy submarine using calipers and manual measurement techniques.
- Created a full 3D CAD model in SolidWorks, replicating the geometry and proportions of the submarine.
- Applied parametric modeling techniques to ensure accuracy and ease of modification.
- Developed assembly features and part constraints to simulate the submarine’s structure.
- Produced detailed engineering drawings with dimensions and annotations for documentation and verification.
SKILLS
SolidWorks part modeling, assemblies
Engineering drawings.
Precision measurement
Geometry replication
Parametric modeling
Dimensional accuracy