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SOLIDWORKS
In this course, you will learn how to use SOLIDWORKS xDesign to solve CAD problems. The problems involve creating a 3D object from a 2D sketch using the Extruded Boss/Base feature. You will also learn about the sketch tools & end conditions for extrude feature.
Upon completion of this learning module, you will be able to:
- Create sketch profiles
- Extrude the sketch profiles
- Create sketch fillets/chamfers
- Convert & Offset Entities in a sketch
- Create sketch entities using mirror command
- Use start & end conditions for extrude boss
Read more
In this course, you will learn how to use SOLIDWORKS xDesign to solve CAD problems. The problems involve creating a 3D object from a 2D sketch using the Extruded Boss/Base feature. You will also learn about the sketch tools & end conditions for extrude feature.
Upon completion of this learning module, you will be able to:
- Create sketch profiles
- Extrude the sketch profiles
- Create sketch fillets/chamfers
- Convert & Offset Entities in a sketch
- Create sketch entities using mirror command
- Use start & end conditions for extrude boss
Read more
In this course, you will learn how to use SOLIDWORKS xDesign to solve CAD problems. The problems involve creating a 3D object from a 2D sketch using the Extruded Boss/Base feature. You will also learn about the sketch tools & end conditions for extrude feature.
Upon completion of this learning module, you will be able to:
- Create sketch profiles
- Extrude the sketch profiles
- Create sketch fillets/chamfers
- Convert & Offset Entities in a sketch
- Create sketch entities using mirror command
- Use start & end conditions for extrude boss
This course is ideal for beginners and those new to SOLIDWORKS xDesign, particularly students, educators, and early-career professionals in engineering and design.
Software Prerequisites:
3D Creator
Access powerful capabilities for Engineering with SOLIDWORKS xDesign at a low price, $72 (excluding taxes), follow this link : https://go.3ds.com/CXD1
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What's inside
Syllabus
Welcome to xDesign Foundations: Sketching and Extrusion Course
In this module, you’ll get an overview of the course structure and what to expect as you progress.
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Syllabus
Welcome to xDesign Foundations: Sketching and Extrusion Course
In this module, you’ll get an overview of the course structure and what to expect as you progress.
Read more
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Career center
Learners who complete xDesign Foundations: Sketching and Extrusion will develop knowledge and skills
that may be useful to these careers:
Mechanical Designer
Mechanical Designer
A Mechanical Designer conceptualizes, designs, and refines mechanical components and systems for various products and machinery. They translate complex ideas into precise 3D models and technical drawings, ensuring functionality, manufacturability, and aesthetic appeal. The xDesign Foundations Sketching and Extrusion course is directly applicable to this career. It provides crucial skills in creating sketch profiles, extruding them into 3D objects, and refining designs using fillets, chamfers, and mirroring. These fundamental techniques, specifically learned through SOLIDWORKS xDesign, are at the heart of daily tasks for a Mechanical Designer. Taking this course helps build a foundation in professional-grade CAD software, which is indispensable for accurately representing designs and collaborating with engineering and manufacturing teams. It emphasizes the foundational principles of converting 2D concepts into robust 3D models.
Design Engineer
Design Engineer
A Design Engineer combines scientific principles with design techniques to create new products, systems, or components. They are involved in the entire design process, from conceptualization to detailed engineering analysis, often requiring an advanced degree. The xDesign Foundations Sketching and Extrusion course provides fundamental skills relevant to a Design Engineer. Expertise in creating precise 2D sketch profiles and accurately extruding them into 3D objects using SOLIDWORKS xDesign is essential for developing functional designs. The course covers critical features such as sketch tools, end conditions for extrusion, and entity manipulation, which are vital for constructing robust engineering models. For a Design Engineer, these capabilities are invaluable for conceptualizing, analyzing, and optimizing designs before manufacturing. This course helps establish a practical foundation in CAD modeling, which is a core competency for translating engineering specifications into tangible forms.
CAD Technician
CAD Technician
A CAD Technician specializes in creating and modifying computer-aided design drawings and models, often working under the supervision of engineers or architects. Their primary role involves translating design specifications into detailed digital representations. This career path is an excellent fit for the xDesign Foundations Sketching and Extrusion course, as it directly teaches the core competencies required. Learners will develop proficiency in creating precise 2D sketch profiles and transforming them into accurate 3D objects using the Extruded Boss/Base feature in SOLIDWORKS xDesign. The course’s focus on sketch tools, end conditions for extrude, and commands like mirroring and offsetting entities, provides the practical, hands-on experience essential for a CAD Technician to produce high-quality technical documentation and models. This course can help prepare individuals for entry into the field by familiarizing them with industry-standard CAD problem-solving techniques.
Tool Designer
Tool Designer
A Tool Designer specializes in creating custom tools, molds, jigs, and fixtures used in manufacturing processes. Their work ensures efficiency, precision, and repeatability in production. The xDesign Foundations Sketching and Extrusion course offers highly relevant skills for a Tool Designer. This course teaches the practical application of SOLIDWORKS xDesign to create 3D models from 2D sketches, which is a daily task in tool design. The ability to precisely create sketch profiles, extrude them with specific end conditions, and utilize features like fillets, chamfers, and mirroring, directly supports the development of complex tooling geometries. For a Tool Designer, these skills are critical for designing components that interface accurately with parts and machinery, ensuring manufacturing tolerances are met. This course helps individuals develop the proficiency in CAD required to design effective and reliable manufacturing aids.
Aerospace Design Engineer
Aerospace Design Engineer
An Aerospace Design Engineer develops components and systems for aircraft, spacecraft, missiles, and other aerospace vehicles. This highly specialized role often demands an advanced degree and deep understanding of materials and aerodynamics. The xDesign Foundations Sketching and Extrusion course can contribute foundational CAD skills for an Aerospace Design Engineer. The ability to create complex 2D sketch profiles and accurately extrude them into precise 3D objects using SOLIDWORKS xDesign is fundamental for designing aerospace components, from structural elements to intricate mechanisms. The course's focus on sketch tools, end conditions, and geometric precision is pertinent for developing parts that meet stringent performance and safety standards. While further specialized knowledge is required, this course helps build a strong grounding in the essential CAD modeling techniques used throughout the aerospace industry.
Automotive Design Engineer
Automotive Design Engineer
An Automotive Design Engineer focuses on the design and development of vehicles and their components, from engines to chassis and interior elements. This role typically requires an advanced degree and expertise in areas like kinematics and materials science. The xDesign Foundations Sketching and Extrusion course provides valuable foundational CAD skills for an Automotive Design Engineer. The ability to create detailed 2D sketch profiles and precisely extrude them into complex 3D objects using SOLIDWORKS xDesign is a core competency for designing automotive parts. The course's emphasis on sketch tools, end conditions, and geometric manipulation is highly applicable for developing vehicle structures, body panels, and internal mechanisms. This course helps build a practical understanding of CAD modeling, which is indispensable for translating design concepts and engineering requirements into fully realized 3D models across the automotive development cycle.
Biomedical Design Engineer
Biomedical Design Engineer
A Biomedical Design Engineer applies engineering principles to design and develop medical devices, instruments, and healthcare solutions. This specialized field often requires an advanced degree due to its interdisciplinary nature and regulatory complexities. The xDesign Foundations Sketching and Extrusion course offers foundational CAD skills for a Biomedical Design Engineer. The ability to create precise 2D sketch profiles and accurately extrude them into complex 3D objects using SOLIDWORKS xDesign is crucial for designing medical implants, surgical tools, and diagnostic equipment. The course’s focus on sketch tools, end conditions, and geometric control is vital for developing components that meet strict functional and safety specifications. This course helps individuals establish a practical understanding of CAD modeling, which is a core skill for conceptualizing and refining designs in the biomedical industry.
Product Designer
Product Designer
A Product Designer is responsible for the user experience, aesthetics, and functionality of new products. They bridge the gap between user needs, business goals, and technical feasibility, often creating visual concepts and detailed 3D models. The xDesign Foundations Sketching and Extrusion course offers critical skills for aspiring Product Designers. This course helps build a foundation in transforming initial 2D sketches of product ideas into tangible 3D forms using SOLIDWORKS xDesign. The ability to create complex sketch profiles, apply fillets and chamfers, and precisely extrude designs with various end conditions is fundamental to developing prototypes and refining product aesthetics. A Product Designer benefits immensely from mastering these specific CAD techniques, enabling rapid iteration and visualization of concepts, which are vital steps in the product development lifecycle. This course provides direct experience with software capabilities used to bring product visions to life.
Drafting Specialist
Drafting Specialist
A Drafting Specialist creates technical drawings, blueprints, and schematics that communicate design specifications for manufacturing or construction. They translate designs from engineers and architects into precise visual and textual instructions. The xDesign Foundations Sketching and Extrusion course is highly relevant for a Drafting Specialist. This course helps individuals master the fundamental techniques of creating 2D sketch profiles and extruding them into accurate 3D models using SOLIDWORKS xDesign. These skills are crucial because technical drawings are often generated directly from 3D CAD models. Proficiency in creating specific geometries, applying fillets and chamfers, and using mirror commands ensures that the underlying 3D data is robust and suitable for detailed documentation. A Drafting Specialist benefits from this course by developing the core CAD skills necessary to produce clear, unambiguous technical documentation.
Fixture Designer
Fixture Designer
A Fixture Designer creates specialized devices that hold workpieces during manufacturing or assembly operations, ensuring precision and repeatability. Their designs are critical for quality control and production efficiency. The xDesign Foundations Sketching and Extrusion course is exceptionally well-suited for a Fixture Designer. This course teaches concrete skills in using SOLIDWORKS xDesign to create 3D models from 2D sketches, which is a daily necessity in designing custom fixtures. The ability to accurately create sketch profiles, extrude them with specific end conditions, and apply features like fillets, chamfers, and mirror commands, allows for the precise development of fixture components that interact perfectly with parts and tools. For a Fixture Designer, this course helps build a foundation in the CAD methods necessary to design robust, effective, and ergonomically sound manufacturing aids.
Prototype Engineer
Prototype Engineer
A Prototype Engineer brings new product concepts to life by designing, building, and testing early versions of products. They work closely with design and engineering teams to translate digital models into functional physical prototypes. The xDesign Foundations Sketching and Extrusion course provides foundational skills directly applicable to a Prototype Engineer. This course helps build a strong ability to create precise 2D sketch profiles and extrude them into 3D objects using SOLIDWORKS xDesign. These capabilities are essential for quickly generating prototype components and iterating on designs. The detailed understanding of sketch tools, end conditions, fillets, chamfers, and mirroring enables a Prototype Engineer to accurately represent complex geometries for fabrication, whether through 3D printing, machining, or other methods. This course assists in developing the practical CAD skills crucial for rapid prototyping and design validation.
Industrial Designer
Industrial Designer
An Industrial Designer focuses on the form, usability, and aesthetics of manufactured products, enhancing their value and appearance for consumers. Their work often involves extensive sketching, concept development, and 3D modeling to bring innovative ideas to market. The xDesign Foundations Sketching and Extrusion course directly addresses essential skills for an Industrial Designer. It teaches how to translate conceptual 2D sketches into detailed 3D models using SOLIDWORKS xDesign, a powerful tool for product visualization. The course’s emphasis on creating sketch profiles, extruding them, and using features like fillets, chamfers, and mirror commands, prepares learners to develop complex product geometries. These capabilities are crucial for an Industrial Designer who needs to articulate design intent precisely, iterate on forms, and ensure designs are ready for manufacturing. Mastering these CAD techniques helps refine designs for both function and aesthetic appeal.
Manufacturing Engineer
Manufacturing Engineer
A Manufacturing Engineer optimizes production processes, streamlines workflows, and designs efficient manufacturing systems. While their role is broad, they often interact with and utilize CAD models for process planning, fixture design, and quality control. The xDesign Foundations Sketching and Extrusion course may be helpful for a Manufacturing Engineer. Understanding how 3D models are constructed from 2D sketches using SOLIDWORKS xDesign, including the use of extrusions and sketch tools, provides insight into product design intent and manufacturability. This knowledge can facilitate better communication with design teams and inform decisions on tooling and process development. A Manufacturing Engineer may use these skills to create simple fixtures or modify existing part designs for production. While perhaps not their primary tool, familiarity with these CAD fundamentals can enhance their ability to analyze and improve manufacturing operations.
3D Printing Specialist
3D Printing Specialist
A 3D Printing Specialist operates and maintains additive manufacturing systems, preparing digital models for fabrication and optimizing print parameters. They bridge the gap between digital design and physical production using various 3D printing technologies. The xDesign Foundations Sketching and Extrusion course is highly relevant for a 3D Printing Specialist. This course helps build a fundamental understanding of how 3D models are constructed from 2D sketches using SOLIDWORKS xDesign, specifically through the extrusion process. The ability to create sketch profiles, extrude them, and incorporate features like fillets and chamfers directly relates to preparing models for optimal printability. A 3D Printing Specialist benefits from knowing these CAD techniques to modify models, troubleshoot design issues, and ensure geometries are suitable for additive manufacturing, leading to successful physical outputs.
Jewelry Designer
Jewelry Designer
A Jewelry Designer conceptualizes and creates intricate pieces of jewelry, often combining artistic vision with technical precision. In modern design, computer-aided design tools are frequently used to achieve complex forms and ensure manufacturing accuracy. The xDesign Foundations Sketching and Extrusion course provides foundational CAD skills for a Jewelry Designer. This course helps individuals learn to translate initial 2D sketches of jewelry designs into detailed 3D models using SOLIDWORKS xDesign. The ability to create precise sketch profiles, extrude them, and utilize features like fillets, chamfers, and mirroring is essential for developing complex, intricate geometries often found in jewelry. A Jewelry Designer can leverage these specific CAD techniques to rapidly prototype designs, visualize intricate details, and prepare models for high-precision manufacturing, including 3D printing or CNC machining.
For more career information including salaries, visit:
OpenCourser.com/course/t12ec5/xdesign
Reading list
We haven't picked any books for this reading list yet.
Discusses the fundamentals of CAD and includes real-world examples and applications. Provides a solid overview of the field.
Aimed at students and professionals, providing a balanced overview of CAD and CAM and their applications.
Covers the principles of tolerance analysis, a crucial aspect of CAD, helping designers understand and control product quality.
Focuses on geometric dimensioning and tolerancing (GD&T), a critical aspect of CAD for ensuring accurate product manufacturing.
Covers the finite element method, a key technique used in CAD for solving complex engineering problems. Suitable for advanced students and researchers.
A practical guide for beginners to CAD, covering basic concepts, techniques, and software usage.
Provides a strong foundation in both engineering graphics principles and their application using AutoCAD. It is particularly useful for high school and undergraduate students needing to develop fundamental drawing and visualization skills, which are essential prerequisites for effective CAD use. The inclusion of video instruction and exercises makes it a valuable learning resource and a good starting point for those new to CAD.
A widely recognized introductory book, this provides a beginner-friendly approach to learning AutoCAD, a foundational CAD software. It's excellent for high school students and those just starting in CAD, offering clear explanations and practical exercises to quickly grasp the basics of 2D and 3D drawing.
This resource offers a broad overview of the major concepts and contemporary issues surrounding CAD, exploring its use across various industries like shipbuilding, aerospace, automotive design, and architecture. It's valuable for gaining a general understanding of the scope and applications of CAD.
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Considered a popular book in the field, this text delves into the theoretical aspects of CAD/CAM. While practical experience with software is crucial, this book provides a strong theoretical foundation for students and professionals looking to deepen their understanding of the underlying principles.
Understanding GD&T is crucial for precise engineering design and manufacturing, which is directly related to CAD. provides thorough coverage of GD&T practices based on the ASME Y14.5 standard, making it essential for students and professionals who need to create and interpret technical drawings accurately.
Focuses on the fundamental principles of technical drawing, which form the basis of CAD. It's a valuable resource for beginners to understand the conventions and standards used in creating technical documentation, a skill that is directly transferable to CAD software.
A comprehensive guide to creating technical drawings according to British and ISO standards, this book is an excellent reference for anyone working with CAD in a global context. It provides essential knowledge on documentation standards that complement CAD software skills.
This handbook is particularly useful for understanding how to create and manage sets of working drawings for large projects, a common task in professional CAD environments, especially in architecture and construction. It's more focused on the practical application and organization of CAD outputs.
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As BIM significant application of CAD in the architecture, engineering, and construction industries, this handbook provides a comprehensive understanding of BIM technologies and their implementation. It's essential for students and professionals focusing on architectural or structural design using CAD.
Delves into parametric and algorithmic design using Grasshopper, a visual programming tool for Rhinoceros 3D. It's highly relevant for those interested in contemporary CAD practices that push the boundaries of traditional modeling, particularly in architecture and complex form generation.
Teaches the fundamental concepts and skills needed to master parametric design. It explains how thinking in patterns can help designers effectively use parametric modeling systems. It's a valuable resource for understanding the theoretical underpinnings of a key contemporary CAD approach.
Presents important tools and algorithms for future product modeling systems. Based on contributions from international experts, it dives into the computational aspects of CAD, making it suitable for graduate students and researchers interested in the algorithms and theories behind CAD software.
Combines fundamental principles and algorithms of computer graphics with specific applications in CAD, using AutoCAD as an example. It helps readers understand how CAD software functions and how to approach modeling problems from a computational perspective.
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Suitable for beginners in CAD, covering the applications in manufacturing and computer graphics.
For more information about how these books relate to this course, visit:
OpenCourser.com/course/t12ec5/xdesign
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Effort
2 weeks of study, 3 hours/week
Level
Introductory
Via
Coursera
Institution
Dassault Systèmes
Instructor
SOLIDWORKS
Session
October 27, 2025
- November 24, 2025
Language
English
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