This project focuses on designing a fully parametric mechanical component using SolidWorks. It covers the complete modeling lifecycle from 2D sketch creation to advanced 3D feature development. Design intent is maintained through constraints, relations, and parametric dimensions. Configurations and design tables are applied to manage multiple size variations efficiently. The project reflects real-world component design practices used in manufacturing and product development industries.

This project focuses on developing a multi-part mechanical assembly using SolidWorks Assembly tools. It manages the complete assembly workflow from individual part insertion to applying standard and advanced mates. Exploded views and assembly drawings are created for documentation and manufacturing reference. Basic motion studies are configured to analyze movement and functional behavior. The project reflects real-world assembly design workflows used by mechanical and automotive engineering teams.

This project focuses on designing a sheet metal enclosure using SolidWorks Sheet Metal features. It covers the complete process from base flange creation to bends, cuts, and forming features. Flat patterns are generated to support fabrication and CNC manufacturing requirements. Detailed 2D drawings with bend tables and annotations are produced for shop-floor use. The project reflects real-world sheet metal design practices followed in industrial and manufacturing environments.