SolidWorks Solid Modeling
SolidWorks Solid Modeling, available at $29.99, with 49 lectures, and has 3 subscribers.
You will learn about Students will become familiar with the SolidWorks user interface, learning how to navigate the software efficiently and access various tools and features. Students will learn how to create accurate 2D sketches, apply dimensions, constraints, and relations to define the geometry of their designs. Students will gain the skills to create 3D solid models by extruding, revolving, sweeping, lofting, and using advanced features to create complex geometries. Students will learn how to create assemblies by bringing together multiple components, applying mate relationships, and exploring motion study and collision det Students will learn how to create detailed drawings of their 3D models, including annotations, different views, bills of materials, and adherence to industry st This course is ideal for individuals who are The course is suitable for individuals with little to no prior experience in CAD or 3D modeling. It provides a solid foundation in SolidWorks and takes learners through the basics of sketching, part modeling, assembly design, and detailing. or Students pursuing degrees or certifications in engineering, design, or related fields will find this course beneficial. It equips them with practical skills in solid modeling, enhancing their academic knowledge and preparing them for future careers. or The course is also suitable for professionals already working in the field of computer-aided design (CAD) who wish to expand their expertise specifically in SolidWorks. It helps them master the software's features, advanced techniques, and best practices for efficient design creation. or Professionals involved in product design and development can benefit greatly from this course. It equips them with the skills to create accurate 3D models, design complex assemblies, and generate detailed drawings, enabling them to bring their design ideas to life. or Engineers working in the manufacturing and mechanical engineering industries can enhance their skills through this course. They will learn how to create precise models and assemblies, simulate motion, and optimize designs for manufacturing processes. or Architects and building designers can use SolidWorks to create 3D models of structures and architectural elements. This course enables them to develop their modeling skills and efficiently represent their designs in a digital format. It is particularly useful for The course is suitable for individuals with little to no prior experience in CAD or 3D modeling. It provides a solid foundation in SolidWorks and takes learners through the basics of sketching, part modeling, assembly design, and detailing. or Students pursuing degrees or certifications in engineering, design, or related fields will find this course beneficial. It equips them with practical skills in solid modeling, enhancing their academic knowledge and preparing them for future careers. or The course is also suitable for professionals already working in the field of computer-aided design (CAD) who wish to expand their expertise specifically in SolidWorks. It helps them master the software's features, advanced techniques, and best practices for efficient design creation. or Professionals involved in product design and development can benefit greatly from this course. It equips them with the skills to create accurate 3D models, design complex assemblies, and generate detailed drawings, enabling them to bring their design ideas to life. or Engineers working in the manufacturing and mechanical engineering industries can enhance their skills through this course. They will learn how to create precise models and assemblies, simulate motion, and optimize designs for manufacturing processes. or Architects and building designers can use SolidWorks to create 3D models of structures and architectural elements. This course enables them to develop their modeling skills and efficiently represent their designs in a digital format.
Enroll now: SolidWorks Solid Modeling
Summary
Title: SolidWorks Solid Modeling
Price: $29.99
Number of Lectures: 49
Number of Published Lectures: 49
Number of Curriculum Items: 49
Number of Published Curriculum Objects: 49
Original Price: $29.99
Quality Status: approved
Status: Live
What You Will Learn
- Students will become familiar with the SolidWorks user interface, learning how to navigate the software efficiently and access various tools and features.
- Students will learn how to create accurate 2D sketches, apply dimensions, constraints, and relations to define the geometry of their designs.
- Students will gain the skills to create 3D solid models by extruding, revolving, sweeping, lofting, and using advanced features to create complex geometries.
- Students will learn how to create assemblies by bringing together multiple components, applying mate relationships, and exploring motion study and collision det
- Students will learn how to create detailed drawings of their 3D models, including annotations, different views, bills of materials, and adherence to industry st
Who Should Attend
- The course is suitable for individuals with little to no prior experience in CAD or 3D modeling. It provides a solid foundation in SolidWorks and takes learners through the basics of sketching, part modeling, assembly design, and detailing.
- Students pursuing degrees or certifications in engineering, design, or related fields will find this course beneficial. It equips them with practical skills in solid modeling, enhancing their academic knowledge and preparing them for future careers.
- The course is also suitable for professionals already working in the field of computer-aided design (CAD) who wish to expand their expertise specifically in SolidWorks. It helps them master the software's features, advanced techniques, and best practices for efficient design creation.
- Professionals involved in product design and development can benefit greatly from this course. It equips them with the skills to create accurate 3D models, design complex assemblies, and generate detailed drawings, enabling them to bring their design ideas to life.
- Engineers working in the manufacturing and mechanical engineering industries can enhance their skills through this course. They will learn how to create precise models and assemblies, simulate motion, and optimize designs for manufacturing processes.
- Architects and building designers can use SolidWorks to create 3D models of structures and architectural elements. This course enables them to develop their modeling skills and efficiently represent their designs in a digital format.
Target Audiences
- The course is suitable for individuals with little to no prior experience in CAD or 3D modeling. It provides a solid foundation in SolidWorks and takes learners through the basics of sketching, part modeling, assembly design, and detailing.
- Students pursuing degrees or certifications in engineering, design, or related fields will find this course beneficial. It equips them with practical skills in solid modeling, enhancing their academic knowledge and preparing them for future careers.
- The course is also suitable for professionals already working in the field of computer-aided design (CAD) who wish to expand their expertise specifically in SolidWorks. It helps them master the software's features, advanced techniques, and best practices for efficient design creation.
- Professionals involved in product design and development can benefit greatly from this course. It equips them with the skills to create accurate 3D models, design complex assemblies, and generate detailed drawings, enabling them to bring their design ideas to life.
- Engineers working in the manufacturing and mechanical engineering industries can enhance their skills through this course. They will learn how to create precise models and assemblies, simulate motion, and optimize designs for manufacturing processes.
- Architects and building designers can use SolidWorks to create 3D models of structures and architectural elements. This course enables them to develop their modeling skills and efficiently represent their designs in a digital format.
Welcome in SolidWorks,
The SolidWorks Solid Modeling Course is a comprehensive and hands-on training program designed to equip students with the knowledge and skills required to create precise 3D models using the powerful SolidWorks software. Whether you are a beginner or have some experience with CAD (Computer-Aided Design), this course will take you on a journey from the fundamentals to advanced techniques of solid modeling.
Throughout the course, you will learn how to navigate the SolidWorks interface efficiently and utilize its tools effectively. You will gain a solid foundation in 3D modeling techniques, enabling you to create complex geometries and assemblies with precision and accuracy. The course will cover a wide range of topics, including sketching, part modeling, assembly design, detailing, and drawing creation.
The curriculum is carefully designed to provide a balanced blend of theoretical concepts and practical applications. You will engage in hands-on exercises and projects, enabling you to apply the learned concepts to real-world scenarios. The course will emphasize industry best practices, ensuring that you develop the skills necessary for professional-level solid modeling.
Key Topics Covered:
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Introduction to SolidWorks: Interface overview, file management, and basic settings.
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Sketching Techniques: Creating 2D sketches, dimensions, constraints, and relations.
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Part Modeling: Extrusions, revolutions, sweeps, lofts, and advanced features.
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Assembly Design: Component relations, mating, motion study, and collision detection.
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Detailing and Drawing Creation: Annotations, views, bills of materials, and standards.
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Advanced Features: Fillets, chamfers, patterns, configurations, and simulations.
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Design Automation: Utilizing parametric design, design tables, and equations.
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Collaboration and Documentation: Working with multi-user environments, file sharing, and data management.
Course Benefits:
By the end of the SolidWorks Solid Modeling Course, you will have developed a strong foundation in 3D modeling and gained proficiency in using SolidWorks software. You will be able to create complex parts and assemblies, generate detailed drawings, and collaborate effectively with other designers or engineers. The course will provide you with a competitive edge in various industries, including product design, mechanical engineering, architecture, and manufacturing.
Prerequisites:
No prior experience with SolidWorks is required for this course. However, a basic understanding of computer-aided design principles and familiarity with Windows operating systems will be beneficial.
Whether you aspire to enhance your CAD skills for professional growth or pursue a career in design and engineering, the SolidWorks Solid Modeling Course is an excellent starting point to unlock your potential and excel in the world of 3D modeling. Enroll now and embark on a transformative learning journey that will open doors to exciting opportunities in the industry.
Course Curriculum
Chapter 1: 1.Introduction
Lecture 1: 1.1 Introduction
Chapter 2: 2.Why use SolidWorks ?
Lecture 1: 2.1 Why use SolidWorks ?
Chapter 3: 3. Interface
Lecture 1: 3.1 Interface
Lecture 2: 3.2 Movement
Lecture 3: 3.3 Templates
Chapter 4: 4. Sketcher
Lecture 1: 4.1 Sketch Tool
Lecture 2: 4.2 Curve Continuity
Lecture 3: 4.3 Smooth Curve
Lecture 4: 4.4 Trim Extend
Lecture 5: 4.5 Convert
Lecture 6: 4.6 Offset
Lecture 7: 4.7 Mirror, Pattern, Move
Lecture 8: 4.8 Constraints
Lecture 9: 4.9 Quick Snaps
Lecture 10: 4.10 Dimension
Chapter 5: 5. Solid Moldeing
Lecture 1: 5.1 Extruded Revolved
Lecture 2: 5.2 Swept Lofted
Lecture 3: 5.3 Lofted exercise
Lecture 4: 5.4 Boundary
Lecture 5: 5.5 Cut
Lecture 6: 5.6 Contour
Lecture 7: 5.7 Hole Thread
Lecture 8: 5.8 Swept, Lofted, Boundary – CUT
Lecture 9: 5.9 Fillet part1
Lecture 10: 5.10 Fillet part 2
Lecture 11: 5.11 Chamfer
Lecture 12: 5.12 Pattern
Lecture 13: 5.13 Rib, Draft, Shell
Lecture 14: 5.14 Wrap and Intersect
Lecture 15: 5.15 Plane
Lecture 16: 5.16 Axis Coordinate System
Lecture 17: 5.17 Point and Bounding Box
Lecture 18: 5.18 Curves
Chapter 6: 7. Build Assembly
Lecture 1: 7.1 Assemly
Lecture 2: 7.2 Assmbly movement
Lecture 3: 7.3 Mate
Lecture 4: 7.4 Sub assemblies
Lecture 5: 7.5 Pattern
Lecture 6: 7.6 ToolBox
Lecture 7: 7.7 Standard Mate
Lecture 8: 7.8 Mate elements
Lecture 9: 7.9 Magnetic Mate
Lecture 10: 7.10 Multi part modification
Lecture 11: 7.11 Projection in Assembly
Lecture 12: 7.12 Save Assembly
Lecture 13: 7.13 Solidworks Interconnect
Chapter 7: 8. 2D Drawing
Lecture 1: 8.1 2D Drawing
Lecture 2: 8.2 Drawing Dimension
Lecture 3: 8.3 Assembly Drawing
Instructors
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Filip Gorzka
Professional engineer
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Frequently Asked Questions
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You can view and review the lecture materials indefinitely, like an on-demand channel.
Can I take my courses with me wherever I go?
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