eBooks
Best practices when working with faceted geometry
Four capabilities you need when mixing points, triangles, surfaces and solids Faceted geometry and mesh bodies Increasingly, we leverage 3D scanning, reverse engineering, advanced simulation, generative design and additive manufacturing in our design w…
A better way to track and manage requirements for complex products and distributed teams
How do you track and manage the explosion of requirements that come with smart, connected products? Stop relying on spreadsheets—especially when managing multiple projects and coordinating numerous engineers. Requirements Management The ability to accu…
Embracing MBD: Model-Based Definition Design
How can replacing paper-based drawings with a model-based definition (MBD) approach help you improve time-to-market, optimize efficiencies and increase product quality? Model-based definition in Solid Edge An MBD provides engineers with a clear underst…
Addressing three main challenges of modeling complex assemblies
How do you address complex assembly challenges to deliver increasingly complex product designs? Download the ebook on advanced assembly modeling today.
The value of 2D nesting
The process of 2D nesting is the organization of 2D shapes on a single cutting plane with the goal of producing as much product with as little waste as possible. The optimized nesting patterns, created using a modern nesting algorithm, reduce preparati…
How can subdivision modeling help you create visually pleasing products and respond to market demands?
Learn how subdivision modeling can help you create visually pleasing products and respond to market demands. Download the eBook!
How to Select Essential Tools for Product Design
How do you gain a competitive edge in an increasingly saturated market? How to Select Essential Tools for Product Design Manufacturers must find new areas of differentiation, such as better, higher quality products, more personalization, improved servi…
Accelerate CNC machining with advanced machining techniques
How do you accelerate CNC machining without sacrificing safety or control? Advanced machining techniques can help speed machining and reduce time-to-revenue. CNC Machining Advanced Machining Techniques Time is of the utmost importance for machine shops…
Four considerations when working with sheet metal
Sheet metal components can have deceptively complex manufacturing processes and the design process itself can be similarly tricky. How can modern tools make it easier to work with sheet metal during both design and manufacturing? This new eBook, from i…
Challenges in Design for Additive Manufacturing and 3D Print Technology
This DEVELOP3D ebook explores the challenges of 3D printing and additive manufacturing and the design capabilities that need to be prioritized to make these processes work for you. Learn how to optimize your design for additive manufacturing approach A…
Siemens Introduction to Engineering Graphics
Engineering Graphics Course for Educators This course is designed to be an introductory class to engineering graphics for first-year university and technical college students who are seeking degrees in mechanical engineering or product design. The goal…
Siemens Engineering Design Resource for Teachers
An introductory engineering design curriculum for secondary schools, this course challenges students to work in teams in order to solve real-world design problems.
Siemens Manufacturing and Automation Resource for Teachers
Manufacturing and Automation Course This course is designed for students who have completed the Engineering Design course. It provides students with experience in the creation of a design, preparing the design for machining, and designing the manufactu…
Choosing a Digital Twin Platform for Smart Product Design
Modern electrical wire harness in smart product design Today’s modern products are rarely purely mechanical. Companies rely on electrical and electronic systems more than ever to make products smarter, add innovation, and lower cost. As such, electrica…
What is Generative Design?
Generative Design in Solid Edge integrates advanced topology optimization within the Solid Edge 3D modeling toolkit, helping designers to create lighter components, minimize material waste in downstream manufacturing.