Overview

This Specialization provides a comprehensive, project-based pathway to mastering professional mechanical design using SolidWorks. Through four industry-style case studies—a multi-utility tool, an internal combustion engine, a kids bicycle, and an oil tank system—learners apply parametric modeling principles, assembly strategies, motion validation, and design intent planning in realistic engineering scenarios. Rather than focusing on isolated commands, the program emphasizes structured workflows, feature planning, manufacturability, and mechanical functionality. By completing these end-to-end projects, learners develop practical, job-ready CAD skills aligned with modern mechanical and product design practices.

Syllabus

Course 1: Design & Assemble a Multi-Utility Tool in SolidWorks
Course 2: Design and Assemble an IC Engine Using SolidWorks
Course 3: Design and Assemble a Kids Bicycle Using SolidWorks
Course 4: Design and Assemble an Oil Tank in SolidWorks

Courses

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8 hours 26 minutes
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By the end of this course, learners will be able to model, refine, and assemble a complete multi-utility tool using SolidWorks part and assembly environments. Learners will apply parametric modeling principles, construct functional mechanical components, and validate assemblies through proper mating and motion control. This hands-on, project-based course guides learners through the end-to-end design workflow of a real-world multi-utility tool, covering washers, supports, lock pins, blades, can openers, pliers, and final assembly. Rather than teaching isolated commands, the course emphasizes design intent, feature planning, sketch discipline, and efficient use of the SolidWorks design tree. Learners will gain practical experience using extrusions, revolved features, patterns, shelling, swept cuts, and advanced assembly mates. What makes this course unique is its case-study-driven approach: every concept is taught in context, showing how professional CAD designers think, edit, and optimize models for change. This course is ideal for students, mechanical design beginners, and SolidWorks users who want to transition from basic tool knowledge to confident, industry-ready modeling skills.
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10 hours 15 minutes
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By the end of this course, learners will be able to model, assemble, and simulate a complete kids bicycle using SolidWorks while applying professional CAD workflows and design best practices. Learners will develop the ability to create parametric parts, manage complex assemblies, and visualize mechanical motion in a structured, real-world case study. This course guides learners step by step through the design of all major bicycle components, including the frame, front fork, handlebar, wheels, drivetrain, seat, and pedals. Learners will benefit from hands-on exposure to 3D sketching, sweeps, lofts, surface modeling, patterning, in-context assembly editing, and motion studies. Emphasis is placed on symmetry, manufacturability, and design intent rather than isolated tools. What makes this course unique is its end-to-end, industry-style workflow that mirrors how real mechanical products are developed in professional environments. This course is ideal for intermediate SolidWorks users seeking to strengthen their practical design, assembly, and simulation skills through a complete mechanical case study.
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5 hours 58 minutes
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By the end of this course, learners will be able to model, assemble, and validate a complete internal combustion (IC) engine using SolidWorks, applying parametric design principles, mechanical relationships, and assembly constraints to real-world engineering components. Learners will develop the ability to create detailed 3D parts, construct functional sub-assemblies, and integrate complex mechanisms such as pistons, crankshafts, gears, and valve trains into a fully constrained engine assembly. This hands-on case study guides learners through the complete IC engine design workflow, moving from individual part modeling to final assembly verification. Through step-by-step demonstrations, learners gain practical experience in sketching, solid modeling, reference geometry, and mating strategies essential for mechanical design roles. What makes this course unique is its end-to-end project-based approach, where every component is designed with assembly intent and functional motion in mind. Instead of isolated exercises, learners build a realistic engine model that reflects industry-style CAD practices. This course is ideal for mechanical engineering students, CAD professionals, and SolidWorks users seeking to strengthen their practical 3D modeling and assembly skills through a comprehensive, real-world design project.