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Complete automation of a Jib Crane design using SolidWorks API, including automated generation of parametric sketches, 3D part models, full assembly, 2D drawings with dimensions, and BOM. The system should take user-defined inputs such as crane height, boom length, load capacity, rotation angle, and mounting type, and automatically generate all necessary files and documentation for manufacturing, with minimal manual effort.

Complete automation of a Heat Exchanger design using SolidWorks API, including automated generation of parametric sketches, 3D part models, full assembly, 2D drawings with dimensions, and BOM. The system should take user-defined inputs such as tube length, diameter, number of tubes, shell size, baffle spacing, and nozzle positions, and automatically generate all required models and manufacturing drawings with minimal manual intervention.

Complete automation of an Elevator design using SolidWorks API, including automated generation of parametric sketches, 3D part models, full assembly, 2D drawings with dimensions, and BOM. The system should take user-defined inputs such as elevator height, cabin size, number of floors, load capacity, guide rail length, and door type, and automatically generate all necessary design files and documentation required for manufacturing and installation, with minimal manual effort.

Complete automation of a Sheet Metal Electrical Enclosure Generator using SolidWorks API, including automated generation of parametric sheet-metal parts, flat patterns with bend tables, full assembly, 2D fabrication drawings, and BOM. The system should take user-defined inputs such as enclosure width, height and depth, sheet gauge and material, cutout positions for cable glands and switches, door, hinge and lock type, and ventilation pattern, and automatically generate all files and documentation required for fabrication, with minimal manual effort.

Complete automation of a Pressure Vessel design using SolidWorks API, including automated generation of parametric sketches, 3D part models, full assembly, 2D drawings with dimensions, and BOM. The system should take user-defined inputs such as diameter, height, wall thickness, nozzle size and position, head type, and support type, and automatically generate all required design files, fabrication drawings, and documentation in compliance with manufacturing standards, with minimal manual effort.