Learners will apply parametric modeling techniques, construct multi-part mechanical components, and assemble a complete oil tank system using industry-standard SolidWorks workflows. By the end of this course, learners will be able to model structural stands, design supporting platforms, create functional tank components, and integrate all parts into a validated assembly aligned with real-world design intent.

This hands-on case study guides learners step by step through a practical engineering project, moving beyond isolated commands to demonstrate how individual features contribute to a complete mechanical design. Learners benefit from working on a realistic oil tank with stand layout, gaining experience in part modeling, dimensional control, sketch reuse, 3D sketching, and assembly positioning. Each stage emphasizes design accuracy, alignment, and functional reasoning rather than trial-and-error modeling. What makes this course unique is its end-to-end, project-driven approach that mirrors professional CAD workflows. Instead of focusing on theory alone, learners build a full system from scratch, reinforcing best practices used in mechanical and industrial design. This course is ideal for learners seeking to strengthen applied SolidWorks skills through a comprehensive, real-world case study.