Siemens PLM Academic

This unit allows students to identify commonalities in the structure and function of various bridges, gain knowledge about different types of bridge structures, including beam, arch, suspension, truss, and cable-stayed bridges, familiarize themselves with the design features of Catchbook and design a bridge using design elements from existing bridges as discussed in previous lessons, collaborate with their group to create their final bridge design and determine what materials they will need to c

This lesson allows students to identify properties of quadrilaterals and classify quadrilaterals based on attributes using Catchbook by Siemens PLM Software. This lesson utilizes Catchbook by Siemens PLM Software. Catchbook is a 2D sketching tool available from the Apple App Store, Google Play, or Microsoft Windows Store. This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.

This lesson allows students to work with partners to plot polygons onto a four quadrant grid in Catchbook by Siemens PLM Software, call out ordered pairs with the intention of landing anywhere on their partner’s shapes with intent to “sink” all of their partner’s shapes. This lesson utilizes Catchbook by Siemens PLM Software. Catchbook is a 2D sketching tool available from the Apple App Store, Google Play, or Microsoft Windows Store. This work is licensed under a Creative Commons Attribution-N

This is the Student Packet for the Engineering Design Process Unit Plan, designed to supplement activities as part of the design process of a competitive robotics program such as FIRST®, BEST(TM), or VEX®. This unit has a basic framework that can be customized for students in grades 3-12 and meets Next Generation Science Standards for Engineering Design topics. This unit utilizes Catchbook by Siemens PLM Software. Catchbook is a 2D sketching tool available from the Apple App Store, Google Play,

This lesson allows students to create a 2D Catchbook sketch file of a cookie cutter and to open the sketch in Solid Edge for 3D modeling. This 3D model can be saved as a .STL file that can eventually be 3D printed. This lesson would be great for class STEM time or maker spaces! Catchbook is a 2D sketching tool available from the Apple App Store, Google Play, or Microsoft Windows Store. Solid Edge is a 3D modeling tool available for free for teachers and students at the Siemens PLM website (ht

This lesson allows students to create a 2D Catchbook sketch file of a six-sided die and to open the sketch in Solid Edge for 3D modeling. This 3D model can be saved as a .STL file that can eventually be 3D printed. This lesson would be great for class STEM time or maker spaces! Catchbook is a 2D sketching tool available from the Apple App Store, Google Play, or Microsoft Windows Store. Solid Edge is a 3D modeling tool available for free for teachers and students at the Siemens PLM website (ht

This is the Teacher Packet for the Engineering Design Process Unit Plan, designed to supplement activities as part of the design process of a competitive robotics program such as FIRST®, BEST(TM), or VEX®. This unit has a basic framework that can be customized for students in grades 3-12 and meets Next Generation Science Standards for Engineering Design topics. This unit utilizes Catchbook by Siemens PLM Software. Catchbook is a 2D sketching tool available from the Apple App Store, Google Play

This lesson allows students to create a 2D Catchbook sketch file of a light switch cover and to open the sketch in Solid Edge for 3D modeling. This 3D model can be saved as a .STL file that can eventually be 3D printed. This lesson would be great for class STEM time or maker spaces! Catchbook is a 2D sketching tool available from the Apple App Store, Google Play, or Microsoft Windows Store. Solid Edge is a 3D modeling tool available for free for teachers and students at the Siemens PLM websit

This lesson allows students to use their knowledge of geometry and angles to design at least 3 mini golf holes using Catchbook by Siemens PLM Software. This lesson utilizes Catchbook by Siemens PLM Software. Catchbook is a 2D sketching tool available from the Apple App Store, Google Play, or Microsoft Windows Store. This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.

This lesson allows students to create a 2D Catchbook sketch file of a toy spinning top and to open the sketch in Solid Edge for 3D modeling. This 3D model can be saved as a .STL file that can eventually be 3D printed. This lesson would be great for class STEM time or maker spaces! Catchbook is a 2D sketching tool available from the Apple App Store, Google Play, or Microsoft Windows Store. Solid Edge is a 3D modeling tool available for free for teachers and students at the Siemens PLM website

This lesson allows students to create a 2D Catchbook sketch file of a spaghetti measurer and to open the sketch in Solid Edge for 3D modeling. This 3D model can be saved as a .STL file that can eventually be 3D printed. This lesson would be great for class STEM time or maker spaces! Catchbook is a 2D sketching tool available from the Apple App Store, Google Play, or Microsoft Windows Store. Solid Edge is a 3D modeling tool available for free for teachers and students at the Siemens PLM websit

This tutorial instructs users to create a 3D model of a fidget spinner in Solid Edge. This folder includes detailed instructions, a step-by-step video, and Solid Edge part files. This 3D model can be saved as a .STL file that can eventually be 3D printed. This lesson would be great for class STEM time or maker spaces! Before Tutorial Select the following link to install the free Siemens Solid Edge 3D CAD software for your classroom (www.siemens.com/plm/solid-edge-highschool). Students ca

This lesson is an extension of the previous lesson on designing a spaghetti measurer in Catchbook and Solid Edge. This lesson allows students to create a desk organizer by making changes to their spaghetti measurer file in Solid Edge. This 3D model can be saved as a .STL file that can eventually be 3D printed. This lesson would be great for class STEM time or maker spaces! Catchbook is a 2D sketching tool available from the Apple App Store, Google Play, or Microsoft Windows Store. Solid Edge

This tutorial instructs users to create a 3D model of a building brick in Solid Edge. This folder includes detailed instructions, a step-by-step video, and Solid Edge part files. This 3D model can be saved as a .STL file that can eventually be 3D printed. This lesson would be great for class STEM time or maker spaces! Before Tutorial Select the following link to install the free Siemens Solid Edge 3D CAD software for your classroom (www.siemens.com/plm/solid-edge-highschool). Students ca

This lesson allows students to use understanding of shapes, angles and lines of symmetry to create an original illustration using Catchbook. This lesson utilizes Catchbook by Siemens PLM Software. Catchbook is a 2D sketching tool available from the Apple App Store, Google Play, or Microsoft Windows Store. This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.

This lesson allows students to create a 2D Catchbook sketch file of a sink strainer grip and to open the sketch in Solid Edge for 3D modeling. This grip goes with the sink strainer created in lesson five of the 2D Design to 3D Printing series. This 3D model can be saved as a .STL file that can eventually be 3D printed. This lesson would be great for class STEM time or maker spaces! Catchbook is a 2D sketching tool available from the Apple App Store, Google Play, or Microsoft Windows Store. So

This guide introduces users to importing a 2D Catchbook sketch file into Solid Edge for 3D modeling that can eventually be 3D printed. This guide supplements other lessons in our 2D Design to 3D Printing series. This lesson would be great for class STEM time or maker spaces! Catchbook is a 2D sketching tool available from the Apple App Store, Google Play, or Microsoft Windows Store. Solid Edge is a 3D modeling tool available for free for teachers and students at the Siemens PLM website (https:

This lesson allows students to understand the attributes of various shapes and be able to give the correct names based on angles or faces. Students will use the information to create an illustration on Catchbook following specific criteria. They will then compare their illustration with a partner to write a critique comparing and contrasting their illustrations using the proper mathematical vocabulary. This lesson utilizes Catchbook by Siemens PLM Software. Catchbook is a 2D sketching tool avai

This lesson allows students to create a 2D Catchbook sketch file of a sink strainer and to open the sketch in Solid Edge for 3D modeling. This 3D model can be saved as a .STL file that can eventually be 3D printed. This lesson would be great for class STEM time or maker spaces! Catchbook is a 2D sketching tool available from the Apple App Store, Google Play, or Microsoft Windows Store. Solid Edge is a 3D modeling tool available for free for teachers and students at the Siemens PLM website (ht

This lesson allows students to create slides of different quadrilaterals using Catchbook. Students then trade slides with partners who calculate the area and perimeter of the quadrilaterals. This lesson utilizes Catchbook by Siemens PLM Software. Catchbook is a 2D sketching tool available from the Apple App Store, Google Play, or Microsoft Windows Store. This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.