STEM eLab Courses As plastic designers, students must select the best material for specific applications. They design a prototype using two materials processed in different ways to showcase their characteristics. Introduction to Plastics Language: EN, ES Learning Time: 11 hours As Computer-Aided Design (CAD) designers tasked with creating innovative product designs, students are challenged to develop ideas within certain specifications and constraints, and apply Onshape® to translate their ideas into new product designs. Introduction to 3D-Print Language: EN, DE Learning Time: 9 hours As CAD designers, students create innovative product designs within specified constraints and use CAD software tools to bring their ideas to life. Introduction to CAD Language: EN, ES Learning Time: 10 hours Students, as mechatronics engineers, design an automated system that meets specified requirements and explores the interaction between mechanics, electrical engineering, electronics, and computer engineering. Introduction to Exploring Mechatronics Language: EN, ES, KO Learning Time: 15 hours Students act as civil engineers, challenged with the design andconstruction of a new bridge prototype, exploring in the process the basics of statics and stress analysis. Students also explore the considerations engineers make before designing structures. Introduction to Engineering and Stress Analysis Language: EN, ES Learning Time: 18 hours STEM eLab Courses As aeronautical design engineers, students design and build an airfoil prototype for the wings of an airplane, performing various activities to verify aerodynamics principles presented along the course using a wind tunnel. Introduction to Aerodynamics Language: EN, ES Learning Time: 30 hours Exploring additive manufacturing with a 3D printer challenges students to print parts while adhering to process constraints to design 3D models for 3D printing and prepare the data for printing. Introduction to CAD with OnShape Language: EN, DE Learning Time: 3 hours Students act as mechanical engineers, designing a plan to transport a house to a new location. They create a support system and installation method to safely carry the weight of the house during transportation. Introduction to Exploring Mechanisms Language: EN, ES Learning Time: 17 hours Students explore robotics systems and the role they play in industry, actively designing a complete robotics system with a robot arm and peripheral tools to simulate manufacturing processes. Introduction to Automation and Robotics Language: EN, ES Learning Time: 14 hours 168 Festo Didactic 169 → lx.festo.com
RkJQdWJsaXNoZXIy NzczNDE0