For Basic and Intermediate Users
β±οΈ Length: 9.3 total hours
β 4.32/5 rating
π₯ 114,212 students
π July 2020 update
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- Course Overview
- Embark on a practical and comprehensive journey into SOLIDWORKS, the industry-leading 3D CAD software essential for product design and engineering. This course is meticulously designed for a broad audience, including students, aspiring engineers, and professional designers, guiding them from foundational concepts to intermediate proficiency.
- With a remarkable track record, evidenced by over 114,212 students and an impressive 4.32/5 rating, this curriculum ensures effectiveness and relevance. The July 2020 update guarantees exposure to contemporary features and best practices within the software.
- Tailored for both basic and intermediate users, this concise yet thorough 9.3 total hours course strategically navigates essential functionalities and advanced techniques. Participants gain invaluable, practical skills for conceptualizing, modeling, and documenting designs with precision in real-world applications.
- Requirements / Prerequisites
- A personal computer (desktop or laptop) meeting SOLIDWORKS’ system requirements. A modern processor, adequate RAM (8GB+ recommended), and a dedicated graphics card will enhance performance.
- Access to a licensed SOLIDWORKS software installation (version 2020 or newer is ideal, aligning with the course update) for hands-on practice.
- Basic computer literacy, including operating system navigation (typically Windows), file management, and standard software handling.
- A genuine interest in 3D design, mechanical engineering, or product development. No prior SOLIDWORKS experience is mandatory; enthusiasm for learning is crucial.
- A stable internet connection for accessing course materials, video lectures, and downloading exercise files.
- Skills Covered / Tools Used
- Mastering 2D Sketch Creation: Developing expertise in constructing accurate and fully defined 2D profiles using tools like lines, arcs, circles, and splines, forming the fundamental groundwork for 3D features.
- Applying Parametric Design Principles: Utilizing dimensions and geometric constraints to build intelligent sketches that robustly adapt to design changes, reflecting professional design intent.
- Solid Body Generation: Proficiently transforming 2D sketches into sophisticated 3D solid models through core operations: extrusions, revolutions, sweeps, and lofts.
- Refining with Advanced Features: Implementing intricate detailing via fillets, chamfers, shells, ribs, patterns, and draft angles to enhance geometry, aesthetics, and manufacturing readiness.
- Material Properties & Mass Evaluation: Assigning realistic material properties and calculating mass, volume, and center of gravityβcritical for engineering analysis and cost estimation.
- Multi-Component Assembly: Skillfully integrating individual parts into functional assemblies, establishing hierarchical structures and managing component relationships effectively.
- Defining Mechanical Mates: Implementing various mate types (standard, advanced, mechanical) to simulate real-world connections, control movement, and validate assembly functionality.
- Generating Assembly Documentation: Creating clear exploded views for assembly sequences and automatically generating Bills of Material (BOMs) for comprehensive production documentation.
- Crafting Complex Surfaces: Exploring methodologies for designing and manipulating freeform, aesthetic, and ergonomic surfaces, venturing beyond solid modeling for highly contoured shapes.
- Hybrid Modeling Application: Understanding how to combine solid and surface modeling techniques to tackle challenging designs requiring both precise mechanical features and fluid aesthetic forms.
- Professional Drawing Production: Producing detailed 2D engineering drawings directly from 3D models and assemblies, complete with orthographic projections, isometric views, dimensions, and sectional views.
- Efficient Interface Navigation: Mastering the SOLIDWORKS user interface, customizing toolbars, and optimizing the workspace for enhanced personal productivity.
- Benefits / Outcomes
- Enhanced Career Prospects: Acquire a highly sought-after SOLIDWORKS skillset, boosting marketability for roles in mechanical design, product development, and engineering.
- Independent 3D Model Development: Gain the practical ability to independently conceptualize, design, and validate complex 3D models and assemblies from initial sketch to final documentation.
- Robust Foundation for Advanced CAD: Establish a strong understanding of CAD principles and SOLIDWORKS functionalities, preparing for specialized modules or certifications.
- Effective Design Problem Solving: Develop critical thinking skills through hands-on challenges, learning to implement efficient design strategies and troubleshoot modeling issues.
- Active Project Contribution: Gain the confidence and technical aptitude to actively participate in and contribute to professional design projects within teams.
- Portfolio-Ready Creations: Generate a collection of impressive 3D models, assemblies, and drawings suitable for a professional design portfolio.
- PROS
- Highly Rated & Proven: Exceptional 4.32/5 rating from over 114,000 students, validating its quality and effectiveness.
- Comprehensive for Target Levels: Offers a thorough learning experience for both basic and intermediate users, ensuring solid skill progression.
- Practical & Hands-on: Focuses on real-world application, allowing learners to build skills directly transferable to professional environments.
- Industry-Relevant: Equips students with proficiency in a leading software, enhancing career prospects.
- Flexible Self-Paced Learning: Recorded format allows learning at one’s own convenience, revisiting complex topics as needed.
- Up-to-Date Content: Updated in July 2020, ensuring material remains current with modern SOLIDWORKS functionalities.
- CONS
- While extensive for its intended scope, this course may not delve deeply into highly specialized or advanced SOLIDWORKS modules (e.g., simulation, CAM, PDM, electrical design), requiring additional dedicated study for those specific areas.
Learning Tracks: English,Design,Design Tools