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Internet Of Things – Home Automation & Monitoring |
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| This course focuses on the use of the ESP8266 NodeMCU version. During this advanced electronics course the ESP8266 micro-controller will be studied in depth using the Learning By Doing method. | ||||||
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Introduction to Additive Manufacturing technologies |
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| Introduction of several concepts, processes and the trends related to Additive Manufacturing / 3D Printing. | ||||||
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Introduction to APPS |
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| APPS (Advanced Production Planning and Scheduling) is a combination of software services grouped per package, and hardware infrastructure for the optimization of waste, energy and resources, something that in the modern tech terminology is referred to as Lean-Agile Production, where technologies such as 3D-printing and in general Additive Manufacturing are introduced to create novel materials more efficiently (less energy), with a lower cost, better properties, and less waste. | ||||||
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Introduction to APPS |
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| APPS aims to provide a complete digital infrastructure needed by manufacturing SMEs to deploy cognitive HRI, logistics automation and optimization, resource optimization and production reconfiguration. | ||||||
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Introduction to INDUSTRY 4.0 |
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| The Introduction to Industry 4.0 is a half day training activity for directors that aims to enhance knowledge about what is Industry 4.0, what are the main trends associated to Industry 4.0 transition bringing examples and use case. | ||||||
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Introduction to Logistics and automation library |
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| This platform is meant to enable the development of value-added services for the logistics sector in small-scale Industry 4.0 contexts such as those of manufacturing SMEs. In fact, it provides an easily deployable suite of applications for the rapid development of complete logistics solutions, including components for task scheduling, path planning, automatic factory layout generation and navigation. | ||||||
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Introduction to Machine Learning with Python |
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| A tour of the use of python, from the syntactic base to the advanced functionality oriented to data analysis. Tools that will allow the student to enrich and specialize their own profile are provided. | ||||||
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Introduction to OPIL |
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| The training provides an introduction to OPIL. OPIL is an IoT system developed to support the implementation of intra factory logistics. It allows having mobile robots, sensors, enterprise software applications and simulation software to communicate with each other in a simple and integrated way. This reduces drastically the overhead of implementing mobile robots to automate logistics processes in factories. | ||||||
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Introduction to Robotics course for companies |
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| The content of the course will be focused on the practical application of robotics to real industrial environments, addressing its contents both theoretically and through didactic units of practical application, allowing students to understand the complexity that robotic systems can reach depending on their capabilities, to acquire an overview of the most common methods and techniques used in these environments, to classify robots from various points of view, to know their main components, or to understand their capabilities and limitations in the application to industrial or business environments. | ||||||
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Introduction to Screen Printing Technology for Printed Electronic Manufacturing |
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| This intensive training gives basic knowledge of Printed Electronics and practical Hands-On training to Screen Printing Technology for Printed Electronic Manufacturing. Training will introduce you to the advancements and challenges of using Printed Electronics techniques and Screen Printing to create simple electronic structures. In the first part of the training attendees will learn the basics of printed electronics and material technology. 2nd part is dedicated to laboratory work. Attendees´ will get their hands dirty on the real Screen Printing device and learn how to develop and print new products utilizing Screen Printing technology. | ||||||
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