STEM eLab Courses Biological and technical basics to bionic principles, fish, elephant, chameleon and the Bionics Kit. Bionics Kit Language: EN, DE, NL, PL Learning Time: 1 hour Biological and technical basics of folding mechanism, light, sensor actor systems and the Bionic Flower. Bionic Flower Language: EN, DE, NL Learning Time: 4 hours In this course, you’ll design electric circuits to solve common electrical problems in homes and businesses. By practicing these skills, you’ll gain the knowledge needed for careers in electrical work. Introduction to Exploring Electricity Language: EN, ES Learning Time: 16 hours As electronics technicians tasked with building a piece of test equipment, students are challenged to build and test a prototype circuit of a non-contact, digital tachometer. Introduction to Exploratory Electronics Language: EN, ES Learning Time: 15 hours Students are challenged to design, build, and demonstrate a two-segment (optical fiber and over-the-air laser links), end-to-end circuit, including the specification of the equipment required at the interface between the two segments and at both terminals. Introduction to Fiber Optics and Lasers Language: EN Learning Time: 17 hours STEM eLab Courses As alternative energy engineers, students must create a plan to meet the energy needs of two new towns. The plan should ensure that at least 90% of the energy consumed comes from renewable sources. Introduction to Alternative Energy Language: EN, ES Learning Time: 22 hours In the role of environmental engineers, students study water testing, treatment methods, and their environmental impact. They develop a clean water solution for both humans and wildlife in a specific scenario. Introduction to Environmental Technology/Water Language: EN, ES Learning Time: 21 hours As a facilities manager at a heat-intensive factory, students must choose an automatic control system to maintain the cooling system tank at an optimal level. Introduction to Process Engineering Language: EN, ES Learning Time: 14 hours Students explore subtractive manufacturing with a CNC mill, creating prototypes and parts based on specific specifications and constraints. They design and export 3D models for the prototype production process. Introduction to CNC Mill Language: EN Learning Time: 10 hours Exploration into subtractive manufacturing using a CNC lathe challenges students to develop prototypes and produce parts, adhering to certain specifications and constraints to design and export 3D models for the prototype production process. Introduction to CNC Lathe Language: EN Learning Time: 9 hours 166 Festo Didactic 167 → lx.festo.com
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