LIN

Mechanical CAD Designer for UAV Components

Aug 2026 - Present • 2 mos

I worked on a drone component modeling project for a client who needed custom mechanical parts designed to fit within an existing UAV assembly. The client provided reference images, available measurements, and information about how the components would connect to other parts. Before starting, I reviewed the supplied materials and discussed the important dimensions, mounting requirements, and expected file formats to establish a clear scope for the project. I used SolidWorks to create the individual 3D CAD models, focusing on the overall geometry, mounting holes, attachment points, and relevant clearances. Where several components needed to work together, I considered their positions and relationships within the assembly. I also kept the model organized so that the parts could be reviewed and modified more easily during later design stages. As the work progressed, I shared updates with the client and requested clarification whenever a reference or dimension needed confirmation. I incorporated the agreed feedback, adjusted the relevant features, and reviewed the models for inconsistencies before preparing the final files. I paid particular attention to the specified measurements and the intended fit between the newly designed parts and the existing assembly. Once the client approved the completed work, I prepared the agreed deliverables, which could include native SolidWorks files, STEP or STL exports, and technical drawings where requested. I organized the files clearly and confirmed that the required formats were included before delivery. This process helped provide the client with editable CAD models for continued product development, design review, and prototyping.

SolidWorks Drone CAD Designer

Jun 2026 - Present • 4 mos

I worked on a custom quadcopter frame project for a client who needed a detailed 3D CAD model for product development and prototyping. After receiving the order, I carefully reviewed the client's sketches, reference images, dimensions, and project requirements to understand the intended frame design, component arrangement, and mounting positions. I also clarified a few details with the client to ensure we agreed on the design direction before modeling began. Using SolidWorks, I developed the frame geometry, including the central body, arms, motor mounting points, and attachment features. I paid close attention to dimensions, symmetry, clearances, and the relationship between individual components. As the model progressed, I checked the geometry and shared design updates with the client so any concerns could be addressed before finalizing the work. After receiving feedback, I refined the model to match the agreed specifications and reviewed the main features for dimensional consistency and potential fit issues. I also organized the model structure to make future modifications easier. Once the client approved the final design, I prepared the agreed deliverables, including editable SolidWorks files and suitable STEP or STL exports for further development and prototyping. Before delivery, I checked that the files were properly organized and that the requested formats were included. I then delivered the completed CAD model and communicated any relevant notes about the supplied files. The project gave the client a structured 3D representation of the proposed drone frame to support the next stage of development.