Onshape For Beginners

Onshape for Beginners introduces you to the basics of Onshape by using step-by-step instructions. You begin with a brief introduction to Onshape and the User Interface, toolbar, environments, commands, and various options. Within a short time, you will learn to create 2D sketches that form the basis for 3D models. You will learn to sketch on three different planes (Front, Top and Right planes). You will use various sketching tools such as line, rectangle, and circle. You will also learn to modify sketches using tools such as trim, extend, and fillet. Learn to use constraints and dimensions to achieve a definite shape and size of the sketch. You convert the sketches into 3D features such as Extrude and Revolve. You combine or subtract features to achieve the final part. You can also add placed features such as Fillets and Holes to the 3D geometry. You explore mirroring and patterning commands to create repetitive features. You will learn to use some additional modeling tools and work with multi-body parts. Learn to modify part geometry by editing sketches and feature parameters. You build assemblies after creating parts. There are two methods to build assemblies: Bottom-up and Top-down. In the Bottom-up approach, you bring all the components together and add constraints between them. In the Top-down approach, you create parts at the assembly level. You explode assemblies to show how they were assembled. You create Drawings of the parts and assemblies. You insert part views and add dimensions and annotations to complete the drawing. In the case of assembly drawings, you insert assembly views, Bill of Materials, and Balloons.

Onshape is an exciting, new, completely cloud based CAD tool. Getting Started with Onshape is a quick paced guide geared towards users who have no experience with 2D or 3D modeling. Because Onshape can be used for FREE it opens up CAD to anybody who is interested in creating their own models, including members of the bourgeoning Maker community and students who want to learn how to use 3D design tools. Because Onshape is 100% cloud based, there is no software to install and it is always up to date. New features are available to use as soon as they are ready. The good news is that the tools, as outlined in this book, will continue to work the same way even as Onshape evolves. This book guides you through the very basics of how to create models, run simulations, make engineering drawings and bill of materials, create renderings and finally exporting to an stl file, which can be used to create a 3D print. Then you can send your stl file to one of many local or online shops that can print out an stl file. When you have completed this book you will have taken the first step to the Maker Faire journey. In the first chapter of Getting Started with Onshape you will learn how to create an account, explore the workspace and learn how to share your documents with other people. Chapter two features a project where you are guided, step by step, to design your own singlet ring. Throughout this chapter you will learn many of the basic tools you will need to use in nearly every project you create. The third chapter features a new project where you create all the parts of a scooter. This project builds on what you learned previously to create more complex designs while new features of Onshape are introduced. In the remaining chapters you will learn how to import parts from other CAD systems, assemble the parts of your scooter, create a set of engineering drawings for your scooter, add and use apps from the Onshape app store to extend the capabilities of Onshape, and complete two more projects. The apps covered in this book will show you how to run simulations, make a bill of materials, and create renderings and animations.

• A concise guide to Onshape with step by step tutorials • Geared towards users who have no experience with 3D modeling • Learn to create parts, assemblies, drawings and export files to be 3D printed • Features seven projects followed through from start to finish • This edition features new lessons covering configurations and variable studio Onshape is an exciting, completely cloud based CAD tool. Getting Started with Onshape is a quick paced guide geared towards users who have no experience with 2D or 3D modeling. This edition has been fully updated to match all the recent changes to Onshape. This edition also features new content covering sheet metal features (including flat pattern views), hole tables, parts lists, and using standard content. Because Onshape can be used for free it opens up CAD to anybody who is interested in creating their own models, including members of the bourgeoning Maker community and students who want to learn how to use 3D design tools. Because Onshape is 100% cloud based, there is no software to install, and it is always up to date. New features are available to use as soon as they are ready. The good news is that the tools, as outlined in this book, will continue to work the same way even as Onshape evolves. This book guides you through the very basics of how to create models, make engineering drawings and bill of materials, and finally export to an stl file, which can be used to create a 3D print. Then you can send your stl file to one of many local or online shops that can print out an stl file. When you have completed this book, you will have taken the first step to the Maker Faire journey. In the first chapter of Getting Started with Onshape you will learn how to create an account, explore the workspace, and learn how to share your documents with other people. Chapter two features a project where you are guided, step by step, to design your own singlet ring. Throughout this chapter you will learn many of the basic tools you will need to use in nearly every project you create. The third chapter features a project where you create all the parts of a scooter. This project builds on what you learned previously to create more complex designs while new features of Onshape are introduced. In the remaining chapters you will learn how to import parts from other CAD systems, assemble the parts of your scooter, create a set of engineering drawings for your scooter, add and use apps from the Onshape app store to extend the capabilities of Onshape, and complete several more projects.

This book provides a step-by-step introduction to Onshape with commands presented in the context of each tutorial. In eleven chapters, the author guides you through all the essential tools and techniques in Onshape, from sketching to 3D modeling and finally finishing with 2D drawings. In each tutorial, the author provides step-by-step instructions with frequent illustrations showing what appears on the Onshape screen exactly. Onshape Tutorial book begins with the Getting Started chapter that includes the information user interface and terminology. Next, it teaches you to create sketches, 3D part models, assemblies, and 2D drawings. Each chapter concludes with unsolved exercises.

This book presents recent research on interactive collaborative learning. We are currently witnessing a significant transformation in the development of education and especially post-secondary education. To face these challenges, higher education has to find innovative ways to quickly respond to these new needs. On the one hand, there is a pressure by the new situation in regard to the COVID pandemic. On the other hand, the methods and organizational forms of teaching and learning at higher educational institutions have changed rapidly in recent months. Scientifically based statements as well as excellent experiences (best practice) are absolutely necessary. These were the aims connected with the 24th International Conference on Interactive Collaborative Learning (ICL2021), which was held online by Technische Universität Dresden, Germany, on 22–24 September 2021. Since its beginning in 1998, this conference is devoted to new approaches in learning with a focus on collaborative learning in Higher Education. Nowadays, the ICL conferences are a forum of the exchange of relevant trends and research results as well as the presentation of practical experiences in Learning and Engineering Pedagogy. In this way, we try to bridge the gap between ‘pure’ scientific research and the everyday work of educators. This book contains papers in the fields of Teaching Best Practices Research in Engineering Pedagogy Engineering Pedagogy Education Entrepreneurship in Engineering Education Project-Based Learning Virtual and Augmented Learning Immersive Learning in Healthcare and Medical Education. Interested readership includes policymakers, academics, educators, researchers in pedagogy and learning theory, schoolteachers, learning industry, further and continuing education lecturers, etc

ONSHAPE EXERCISESDo you want to learn how to design 2D and 3D models in your favorite Computer Aided Design (CAD) software such as Onshape, FUSION 360 or SolidWorks? Look no further. We have designed 200 3D CAD exercises that will help you to test your CAD skills.What's included in the ONSHAPE EXERCISES book?Whether you are a beginner, intermediate, or an expert, these 3D CAD exercises will challenge you. The book contains 200 3D models and practice drawings or exercises.-Each exercise contains images of the final design and exact measurements needed to create the design.-Each exercise can be designed on any CAD software which you desire. It can be done with AutoCAD, SolidWorks, Inventor, DraftSight, Creo, Solid Edge, Catia, NX and other feature-based CAD modeling software.-It is intended to provide Drafters, Designers and Engineers with enough 3D CAD exercises for practice on Onshape.-It includes almost all types of exercises that are necessary to provide, clear, concise and systematic information required on industrial machine part drawings.-Third Angle Projection is intentionally used to familiarize Drafters, Designers and Engineers in Third Angle Projection to meet the expectation of worldwide Engineering drawing print.-This book is for Beginner, Intermediate and Advance CAD users.-Clear and well drafted drawing help easy understanding of the design.-These exercises are from Basics to Advance level.-Each exercises can be assigned and designed separately.-No Exercise is a prerequisite for another. All dimensions are in mm.PrerequisiteTo design & develop models, you should have knowledge of Onshape software. Student should have knowledge of Orthographic views and projections. Student should have basic knowledge of engineering drawings.

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KEY FEATURES ● Understand applications like reinforcement learning, automatic driving and image generation. ● Understand neural networks accompanied with figures and charts. ● Learn about determining coefficients and initial values of weights. DESCRIPTION Deep learning helps you solve issues related to data problems as it has a vast array of mathematical algorithms and has capacity to detect patterns. This book starts with a quick view of deep learning in Python which would include definition, features and applications. You would be learning about perceptron, neural networks, Backpropagation. This book would also give you a clear insight of how to use Numpy and Matplotlin in deep learning models. By the end of the book, you’ll have the knowledge to apply the relevant technologies in deep learning. WHAT YOU WILL LEARN ● To develop deep learning applications, use Python with few outside inputs. ● Study several ideas of profound learning and neural networks ● Learn how to determine coefficients of learning and weight values ● Explore applications such as automation, image generation and reinforcement learning ● Implement trends like batch Normalisation, dropout, and Adam WHO THIS BOOK IS FOR Deep Learning from the Basics is for data scientists, data analysts and developers who wish to build efficient solutions by applying deep learning techniques. Individuals who would want a better grasp of technology and an overview. You should have a workable Python knowledge is a required. NumPy knowledge and pandas will be an advantage, but that’s completely optional. TABLE OF CONTENTS 1. Python Introduction 2. Perceptron in Depth 3. Neural Networks 4. Training Neural Network 5. Backpropagation 6. Neural Network Training Techniques 7. CNN 8. Deep Learning