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Asim Bashir
In this Solidworks course, you'll get up to speed on creating complex parts, assemblies and drawings. We'll cover all the key tools and techniques so you can focus on your design and not the software. We'll start with the basic sketch tools and create two-dimensional sketches that will become the foundation for 3D objects. Next, we'll look at modeling 3D features by extruding or evolving sketches into 3D parts. Followed by creating more complex objects using the sweep, loft, and surface tools. Parts will be modified using a suite of tools that includes Fillets, Chamfers, Ribs, Draft, Shell, plus so much more. And that's just the beginning. We will cover the best practices for putting parts together into assemblies and building robust structures. Finally, we'll see how to create drawings to relate the final parts in assemblies to a manufacturer, complete with an itemized bill of materials and drawing notes. This course is for anyone looking to get into the world of 3D design and will benefit new users as well as those transitioning from other software packages. Are you ready to upgrade your skills and learn one of the most powerful 3D CAD design software packages in the industry? Join me in this course for
Register for this course and see more details by visiting:
OpenCourser.com/course/u9k3g0/solidworks
What's inside
Learning objectives
- In this solidworks course, you'll get up to speed on creating complex parts, assemblies and drawings. we'll cover all the key tools and techniques.
- We'll look at modeling 3d features by extruding or evolving sketches into 3d parts. followed by creating more complex objects using the sweep, loft etc. tools.
- Parts will be modified using a suite of tools that includes fillets, chamfers, ribs, draft, shell, plus so much more. we'll cover best practices for assemblies.
- We'll see how to create drawings to relate the final parts in assemblies to a manufacturer, complete with an itemized bill of materials and drawing notes.
- This course is for anyone looking to get into the world of 3d design and will benefit new users as well as those transitioning from other software packages.
- In this solidworks course, you'll get up to speed on creating complex parts, assemblies and drawings. we'll cover all the key tools and techniques.
- We'll look at modeling 3d features by extruding or evolving sketches into 3d parts. followed by creating more complex objects using the sweep, loft etc. tools.
- Parts will be modified using a suite of tools that includes fillets, chamfers, ribs, draft, shell, plus so much more. we'll cover best practices for assemblies.
- We'll see how to create drawings to relate the final parts in assemblies to a manufacturer, complete with an itemized bill of materials and drawing notes.
- This course is for anyone looking to get into the world of 3d design and will benefit new users as well as those transitioning from other software packages.
Syllabus
Introduction to SOLIDWORKS
Launching Solidworks for the first time
Navigating in the 3D Workspace
Solidworks Custom Templates
Read more
Syllabus
Introduction to SOLIDWORKS
Launching Solidworks for the first time
Navigating in the 3D Workspace
Solidworks Custom Templates
Read more
Traffic lights
Traffic lights
Read about what's good
what should give you pause and
possible dealbreakers
Covers creating drawings to relate final parts in assemblies to a manufacturer, which is essential for translating designs into physical products
Explores best practices for putting parts together into assemblies and building robust structures, which is crucial for creating functional and reliable designs
Includes hands-on training in creating complex parts, assemblies, and drawings, allowing learners to immediately apply their knowledge and develop practical skills
Uses Solidworks 2024, which is the latest version of the software, ensuring learners are up-to-date with current industry standards and practices
Examines modifying parts using a suite of tools that includes Fillets, Chamfers, Ribs, Draft, and Shell, which are essential for refining and optimizing designs
Teaches surface tools, which are useful for building solid models and creating complex geometries that are difficult to achieve with traditional solid modeling techniques
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Reviews summary
Essential solidworks training 2024
According to learners, this course provides a solid foundation in using SOLIDWORKS, particularly for new users or those transitioning from other CAD software. Students appreciate the hands-on approach, finding the demos and practical exercises highly beneficial for understanding key concepts like sketching, part modeling, and assemblies. While many find the instructor's explanations clear and the coverage of essential tools comprehensive, some note that the pace can feel fast at times. The inclusion of topics like drawings and BOMs is seen as valuable for real-world application. Overall, it's described as a practical introduction, though some learners seek more advanced topics or in-depth coverage.
Comprehensive coverage of core SOLIDWORKS features.
"It covers all the essential tools needed for basic part and assembly design."
"I learned about sketching, features, mates – everything listed in the syllabus."
"Good coverage of topics like drawings and BOMs which are crucial for work."
"The course hits the key functionalities you need to know."
Suitable for those new to SOLIDWORKS.
"As a complete beginner, this course gave me a solid start with SOLIDWORKS."
"It covers all the basics I needed to get started."
"Perfect for someone transitioning from 2D CAD or starting fresh."
"This is a great entry point into 3D modeling with this software."
Instructor explains concepts in a clear manner.
"The instructor has a great way of explaining things clearly."
"I found the explanations very easy to follow, even as a beginner."
"The clarity of the lectures made learning the software much less intimidating."
"Concepts were broken down well; I could understand the 'why' behind the steps."
Course emphasizes practical, hands-on exercises.
"The hands-on exercises are extremely helpful. Doing them really makes the concepts stick."
"I loved that there were projects and exercises to follow along with."
"Putting theory into practice through the demos was the most valuable part."
"Having hands-on practice is essential for CAD, and this course delivers."
Some learners want more advanced topics.
"While great for essentials, I wish there was more detail on advanced surfacing or simulation."
"It's a good foundation, but I'll need another course for more complex modeling techniques."
"Covers the basics well, but doesn't dive deep into every tool's nuances."
"Could use more examples of intricate part designs."
Some find the course pace quick.
"Sometimes the course moves a bit too quickly, especially in later sections."
"I had to pause and rewatch some lectures multiple times to keep up."
"For a beginner, the pace could be overwhelming at points."
"The speed is good if you have some prior CAD experience, but might be fast if completely new."
Activities
Be better prepared
before
your course. Deepen your understanding
during
and
after
it. Supplement your coursework and achieve mastery of the topics covered
in SOLIDWORKS Hands-on Essential Training 2024 with these
activities:
Review Sketching Fundamentals
Show steps
Reviewing sketching fundamentals will help you create accurate and efficient 2D sketches, which are the foundation for 3D models in SOLIDWORKS.
Show steps
-
Practice basic sketching exercises like lines, circles, and rectangles.
-
Review geometric constraints and relationships.
-
Familiarize yourself with the SOLIDWORKS sketching interface.
Read 'SOLIDWORKS 2023 Basic Tools'
Show steps
Reading this book will reinforce your understanding of the basic tools and workflows in SOLIDWORKS.
View
SOLIDWORKS 2024 Advanced Techniques: Mastering...
on Amazon
Show steps
-
Obtain a copy of 'SOLIDWORKS 2023 Basic Tools'.
-
Read the chapters related to sketching, part modeling, and assembly.
-
Practice the examples and exercises provided in the book.
Part Modeling Exercises
Show steps
Practicing part modeling exercises will help you develop proficiency in using SOLIDWORKS features to create 3D parts.
Show steps
-
Find or create a set of part modeling exercises with increasing complexity.
-
Model each part in SOLIDWORKS, focusing on accuracy and efficiency.
-
Compare your models to the solutions and identify areas for improvement.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Explore Advanced SOLIDWORKS Tutorials
Show steps
Following advanced tutorials will expose you to more complex features and techniques in SOLIDWORKS, expanding your skillset and problem-solving abilities.
Show steps
-
Search for tutorials on advanced topics like surfacing, sheet metal, or weldments.
-
Follow the tutorials step-by-step, paying attention to the underlying concepts.
-
Try to apply the techniques learned in the tutorials to your own projects.
Create a Portfolio of SOLIDWORKS Projects
Show steps
Creating a portfolio will showcase your skills and knowledge in SOLIDWORKS, demonstrating your ability to create complex parts, assemblies, and drawings.
Show steps
-
Select a variety of projects that demonstrate your skills.
-
Create high-quality renderings and drawings of your projects.
-
Write a brief description of each project, highlighting your design process and key features.
-
Compile your projects into a professional-looking portfolio.
Study 'SOLIDWORKS Bible'
Show steps
Studying this book will provide a deeper understanding of SOLIDWORKS and its capabilities.
View
Solidworks 2013 Bible
on Amazon
Show steps
-
Obtain a copy of the 'SOLIDWORKS Bible'.
-
Focus on chapters related to advanced modeling, surfacing, and simulation.
-
Experiment with the examples and exercises provided in the book.
Design a Mechanical Assembly
Show steps
Designing a mechanical assembly will allow you to apply your knowledge of SOLIDWORKS to a real-world problem, integrating parts, assemblies, and drawings.
Show steps
-
Choose a mechanical assembly to design, such as a gearbox or a suspension system.
-
Create the individual parts of the assembly in SOLIDWORKS.
-
Assemble the parts together, using appropriate mates and constraints.
-
Create a drawing of the assembly, including a bill of materials.
Review Sketching Fundamentals
Show steps
Reviewing sketching fundamentals will help you create accurate and efficient 2D sketches, which are the foundation for 3D models in SOLIDWORKS.
Show steps
Show steps
Show steps
- Practice basic sketching exercises like lines, circles, and rectangles.
- Review geometric constraints and relationships.
- Familiarize yourself with the SOLIDWORKS sketching interface.
Read 'SOLIDWORKS 2023 Basic Tools'
Show steps
Reading this book will reinforce your understanding of the basic tools and workflows in SOLIDWORKS.
View
SOLIDWORKS 2024 Advanced Techniques: Mastering...
on Amazon
Show steps
Show steps
Show steps
- Obtain a copy of 'SOLIDWORKS 2023 Basic Tools'.
- Read the chapters related to sketching, part modeling, and assembly.
- Practice the examples and exercises provided in the book.
Part Modeling Exercises
Show steps
Practicing part modeling exercises will help you develop proficiency in using SOLIDWORKS features to create 3D parts.
Show steps
Show steps
Show steps
- Find or create a set of part modeling exercises with increasing complexity.
- Model each part in SOLIDWORKS, focusing on accuracy and efficiency.
- Compare your models to the solutions and identify areas for improvement.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Explore Advanced SOLIDWORKS Tutorials
Show steps
Following advanced tutorials will expose you to more complex features and techniques in SOLIDWORKS, expanding your skillset and problem-solving abilities.
Show steps
Show steps
Show steps
- Search for tutorials on advanced topics like surfacing, sheet metal, or weldments.
- Follow the tutorials step-by-step, paying attention to the underlying concepts.
- Try to apply the techniques learned in the tutorials to your own projects.
Create a Portfolio of SOLIDWORKS Projects
Show steps
Creating a portfolio will showcase your skills and knowledge in SOLIDWORKS, demonstrating your ability to create complex parts, assemblies, and drawings.
Show steps
Show steps
Show steps
- Select a variety of projects that demonstrate your skills.
- Create high-quality renderings and drawings of your projects.
- Write a brief description of each project, highlighting your design process and key features.
- Compile your projects into a professional-looking portfolio.
Study 'SOLIDWORKS Bible'
Show steps
Studying this book will provide a deeper understanding of SOLIDWORKS and its capabilities.
View
Solidworks 2013 Bible
on Amazon
Show steps
Show steps
Show steps
- Obtain a copy of the 'SOLIDWORKS Bible'.
- Focus on chapters related to advanced modeling, surfacing, and simulation.
- Experiment with the examples and exercises provided in the book.
Design a Mechanical Assembly
Show steps
Designing a mechanical assembly will allow you to apply your knowledge of SOLIDWORKS to a real-world problem, integrating parts, assemblies, and drawings.
Show steps
Show steps
Show steps
- Choose a mechanical assembly to design, such as a gearbox or a suspension system.
- Create the individual parts of the assembly in SOLIDWORKS.
- Assemble the parts together, using appropriate mates and constraints.
- Create a drawing of the assembly, including a bill of materials.
Career center
Learners who complete SOLIDWORKS Hands-on Essential Training 2024 will develop knowledge and skills
that may be useful to these careers:
CAD Designer
CAD Designer
A CAD designer creates detailed technical drawings and models using computer-aided design software. This Solidworks course helps CAD designers master the tools and techniques needed to create complex parts, assemblies, and drawings. You will learn how to use Solidworks to create 2D sketches and 3D models, modify parts, and assemble them into robust structures. CAD designers can also learn how to create drawings to relate the final parts in assemblies to a manufacturer, complete with itemized bills of materials and drawing notes. These skills are essential for CAD designers, who must be able to communicate their designs clearly and accurately.
CAD Technician
CAD Technician
A CAD technician uses computer-aided design software to create technical drawings and models. This Solidworks course helps CAD technicians learn to create complex parts, assemblies, and drawings, which are essential skills. The course covers key tools and techniques that allow a CAD technician to focus on design rather than the software itself. By learning how to model 3D features, modify parts with tools like fillets and chamfers, and create drawings for manufacturers, the CAD technician develops a comprehensive skillset. The course's attention to detail in creating drawings to relate the final parts in assemblies to a manufacturer benefits the CAD technician as they produce accurate and detailed technical documentation.
Mechanical Drafter
Mechanical Drafter
A mechanical drafter produces technical drawings and plans for mechanical devices and components. This Solidworks course helps you build a foundation in creating complex parts, assemblies, and drawings, which are essential skills for a mechanical drafter. You will learn to use Solidworks to draft detailed plans from sketches and specifications. Moreover, the course covers best practices for assemblies, which mechanical drafters use to design robust structures. The course's emphasis on relating final parts in assemblies to manufacturers, complete with itemized bills of materials and drawing notes, directly supports the communication requirements of the mechanical drafter role of producing clear and accurate technical documentation.
Design Engineer
Design Engineer
A design engineer is responsible for the design and development of new products or systems. This Solidworks course helps design engineers learn to create complex parts, assemblies, and drawings, which are essential for visualizing and refining their designs. The course covers a wide range of tools and techniques, from basic sketch tools to advanced modeling features like sweeps and lofts, allowing design engineers to create detailed and accurate models. Furthermore, the course's focus on best practices for assemblies and creating drawings to relate the final parts in assemblies to a manufacturer supports the design engineer's need to ensure designs are both functional and manufacturable.
Tool and Die Maker
Tool and Die Maker
A tool and die maker crafts tools, dies, and molds used in manufacturing processes. This Solidworks course helps tool and die makers learn to create detailed 3D models and drawings of the tools they design. You will learn how to use Solidworks to create complex parts, assemblies, and drawings, as well as how to modify parts using a suite of tools. The course's emphasis on relating final parts in assemblies to a manufacturer, complete with itemized bills of materials and drawing notes, directly supports the communication of designs effectively.
Quality Assurance Technician
Quality Assurance Technician
A quality assurance technician inspects products and materials to ensure they meet quality standards. This Solidworks course helps quality assurance technicians read and interpret technical drawings and models. You will learn how to create complex parts, assemblies, and drawings, which are essential for understanding the design and specifications of the products they are inspecting. The course's coverage of best practices for assemblies and creating drawings to relate the final parts in assemblies to a manufacturer supports the quality assurance technician's need to understand how products are assembled and manufactured.
Mechanical Engineer
Mechanical Engineer
A mechanical engineer researches, designs, develops, and tests mechanical devices and systems. This Solidworks course may be useful to mechanical engineers as they learn to create complex parts, assemblies, and drawings, enabling them to design and analyze mechanical systems in detail. The course's coverage of best practices for assemblies helps mechanical engineers design robust structures, and the course's lessons on creating drawings to relate the final parts in assemblies to a manufacturer supports the mechanical engineer's need to communicate designs effectively.
Product Designer
Product Designer
A product designer conceptualizes and designs new products, considering both aesthetics and functionality. This Solidworks course may be useful to product designers as it explores creating complex parts, assemblies, and drawings, enabling them to visualize and refine their designs in three dimensions. The course's coverage of 3D modeling features, modification tools, and assembly best practices helps product designers create robust and manufacturable designs. Furthermore, the course's lessons on creating drawings to relate final parts in assemblies to a manufacturer gives the product designer important insight into the manufacturing process.
Industrial Designer
Industrial Designer
An industrial designer combines art, business, and engineering to design the form, function, and user experience of products. This Solidworks course may be useful to industrial designers as it explores creating complex parts, assemblies, and drawings, enabling them to visualize and refine their designs in three dimensions. The course's coverage of 3D modeling features and surface tools helps industrial designers create visually appealing and functional designs. The course's lessons on creating drawings to relate final parts in assemblies to a manufacturer gives the industrial designer insight into manufacturability.
Manufacturing Engineer
Manufacturing Engineer
A manufacturing engineer designs and optimizes manufacturing processes and systems. This Solidworks course may be useful to manufacturing engineers as it explores creating complex parts, assemblies, and drawings. The course's coverage of best practices for assemblies and creating drawings helps manufacturing engineers design efficient manufacturing processes. You may find the course's lessons on creating drawings to relate the final parts in assemblies to a manufacturer, complete with an itemized bill of materials and drawing notes, particularly useful.
Automotive Engineer
Automotive Engineer
An automotive engineer designs and develops vehicles and their components. This Solidworks course may be useful to automotive engineers as they learn to create complex parts, assemblies, and drawings, enabling them to design and analyze automotive systems in detail. The course's coverage of 3D modeling features and assembly best practices helps automotive engineers create robust and efficient designs. The course's lessons on creating drawings to relate the final parts in assemblies to a manufacturer supports the automotive engineer's need to communicate designs clearly.
Aerospace Engineer
Aerospace Engineer
An aerospace engineer designs, develops, and tests aircraft and spacecraft. This Solidworks course may be useful to aerospace engineers as they learn to create complex parts, assemblies, and drawings, enabling them to design and analyze aerospace systems in detail. The course's coverage of 3D modeling features and surface tools helps aerospace engineers create complex shapes, and the course's lessons on creating drawings to relate the final parts in assemblies to a manufacturer supports the aerospace engineer's requirement to communicate designs effectively.
Manufacturing Technician
Manufacturing Technician
A manufacturing technician assists in the manufacturing process by setting up, operating, and maintaining equipment. This Solidworks course may be useful to manufacturing technicians to understand the design and specifications of the parts they are working with. The course's coverage of creating parts, assemblies, and drawings helps manufacturing technicians interpret technical drawings and understand how parts fit together. The course lessons on relating final parts in assemblies to a manufacturer may be helpful to the manufacturing technician.
Robotics Technician
Robotics Technician
A robotics technician builds, tests, and maintains robots and robotic systems. This Solidworks course may be useful to robotics technicians to understand the design and construction of robotic components. This is because the course explores creating parts, assemblies, and drawings. The course's coverage of best practices for assemblies helps robotics technicians understand how robotic systems are put together. You may find that the lessons on creating drawings to relate final parts in assemblies to a manufacturer is useful.
Simulation Specialist
Simulation Specialist
A simulation specialist uses software to model and simulate the behavior of physical systems. This Solidworks course may be useful to simulation specialists because it explores creating complex parts and assemblies. These are later imported into specialized simulation software. The course's coverage of the sketch tools used to create 2D sketches may be relevant to setting up simulation models, and the lessons on modifying parts using fillets, chamfers, ribs and more may be helpful.
For more career information including salaries, visit:
OpenCourser.com/course/u9k3g0/solidworks
Reading list
We've selected two books
that we think will supplement your
learning. Use these to
develop background knowledge, enrich your coursework, and gain a
deeper understanding of the topics covered in
SOLIDWORKS Hands-on Essential Training 2024.
The 'SOLIDWORKS Bible' comprehensive reference guide covering all aspects of SOLIDWORKS, from basic sketching to advanced modeling techniques. It valuable resource for both beginners and experienced users. is particularly helpful for understanding the more advanced features and functionalities of SOLIDWORKS. It can be used as a textbook or as a reference tool.
Provides a comprehensive guide to the fundamental tools and techniques used in SOLIDWORKS. It covers sketching, part modeling, assembly, and drawing creation. It useful reference for new users and those transitioning from other CAD software. This book provides a more in-depth explanation of the basic tools covered in the course.
For more information about how these books relate to this course, visit:
OpenCourser.com/course/u9k3g0/solidworks
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