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Non-tech Trainings |
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| This section aims at providing non-technical learning units as additional support to the implementation of APPS technologies in your business, e.g., for building new business models. | ||||||
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Onboarding on RAMP |
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| RAMP (Robotics and Automation Marketplace) is a free and open IoT platform (FIWARE) running on state-of-the-art servers, with access to cloud storage and computing, enabling connection with robots, sensors, cameras, AR/VR, and other equipment. | ||||||
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Onboarding to the project Better Factory |
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PhD in Electrical and Computer Engineering |
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| It is intended the holders of this PhD degree become entitled to act in the areas of Automation and Robotics, Computers and Electronics Energy, Materials and Devices and Telecommunications | ||||||
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Phd in Mechanical Engineering |
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| The Mechanical Engineering PhD’s will be prepared to work in practically all the industrial sectors, in the areas of Conception, Design, Manufacturing, Maintenance and Industrial Management | ||||||
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Photogrammetry, design and augmented reality for manufacturers |
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| You will learn more about photogrammetry and the many benefits that it can bring your business by witnessing real life examples of this highly accessible modelling technique. | ||||||
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Plastronics Project Managers |
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| On the convergence between plastic processing and electronics, plastronics has innovation potential in a number of industries. Plastronics offers the opportunity to develop connected objects and embedded electronics for use in new and exciting industries, such as autonomous vehicles and connected health. This emerging field requires technical skills specific to the interface between numerous disciplines (electronics, materials science, chemistry, etc.) and offers new employment opportunities.Together, INSA Lyon, CPE Lyon and Lycée Arbez Carme are developing training programs for students and professionals. The Fondation pour l’Université de Lyon is helping them with the engineering and fundraising. These training programs benefit from all the resources and expertise of their partners, such as the company S2P and the IPC technical center. These resources will be complemented by a | ||||||
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Predictive and Proactive Maintenance |
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| The training presents how to define a plan for Predictive and Proactive Maintenance. | ||||||
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Printed Electronics |
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| After completing the course, you understand the basics of printed electronics, some of the materials and methods used in the printed electronics, understand the principles of the printing processes and know the background, advantages and limitations of the printed electronics. You are able to apply material and manufacturing know-how in the design of simple printed electronic components and applications. Learning methods include brief introductions to technology, individual self-learning and studying based on given material and several small individual learning activities in Moodle learning management system. Extent of the course is 5 ECTS credits, which is equal to 135 hours of work. However, the workload may vary depending on your previous expertise. | ||||||
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Printed Electronics Methods and Applications |
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| In this course you will learn different manufacturing methods of printed electronics in a more practical approach. | ||||||
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