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Thesis with internship with ABB in Lodi. Student will be required to be present (almost) full-time in the company for 5-6 months. Student will evaluate options for applications of high-to-low voltage transformers in: - water processing plants - e-vehicle charging in remote areas.

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Thesis with internship with ABB in Lodi. Duration: 6 months, with (almost) full-time presence in the company. Student will compare a traditional substation with an innovative one, using digital technology, and consider the improvements and possible drawbacks for the end user in the processes of fault management/service/repairs.

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Thesis with internship with ABB in Bergamo. Student will consider some typical electrical installation and use them as template cases to compare rules for sizing of circuit breakers and settings of protections in the two main Low Voltage standards, Student will be required to be present at least 3 days per week in the company for 5-6 months.

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Thesis with internship at ABB in Bergamo. Up to 2 students. Starting in December 2018 or January 2019. Goal: implement and test real-time simulation of electrical installations (marine, or data center, or industrial) using hardware in the loop technology. Students will be required to be present almost full-time in the company for 5-6 months (not possible to attend classes in semester Feb-Jun 2019). National Instruments LabView will be used, so some previous experience is an advantage.

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Thesis with internship with ABB in Vittuone. Goals: – To improve an existing SW and, if needed, also HW for a test lab of electric motors, allowing fully automated unmanned and unattended tests Description: – ABB “AMT-Lab” (Advanced Motor Technology) works on Low Voltage electric motors. It is equipped with a set of 3 dat a acquisition racks suitable for testing electric motors on four different test benches. The racks presently allow for testing motors in a semiautomated way that always requires presence of operators, thus inhibiting the possibility to make long run tests, e.g. during night time. The goal of this work is to allow fully automated test sequences without presence of human operators Activities: – Analysis of existing SW and apparatus – Analysis of laws and prescriptions necessary to make unattended and unmanned tests – Design of the SW and HW setup needed – Implementation of SW and HW (all SW to be written wit h NI Labview) – Thesis writing IMPORTANT; activity needs to start in October. Student will be required to be in the company almost full-time for 5-6 months. (not possible to attend classes in the same semester). Software will have to be developed in LabView, so some previous experience is an advantage.

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We are working, with colleagues at Politecnico di Torino and from the industry, to develop a new climbing wall that will provide feedback to the climber regarding performance, energy usage, posture. If you like climbing AND tinkering with electronic circuits, programming languages, or tools from control theory, this will be a good opportunity to put your engineering skills and your passion to good use.

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The thesis is intended for the Master Degree Program in Electronics Engineering.

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The thesis is intended for the Master Degree Program in Electronics Engineering.

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The thesis is intended for the Master Degree Program in Electronics Engineering.

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The thesis is intended for the Master Degree Program in Electronics Engineering.

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Il lavoro di tesi mira alla realizzazione di uno strumento multicanale per sistemi bioelettrochimici utilizzati nell'ambito del biorisanamento di siti contaminati utilizzando particolari specie batteriche. Lo strumento dovrà permettere di realizzare cronoamperometrie e voltammetrie a scansione lineare ed essere adatto sia per misure di laboratorio sia per condizioni in campo con trasmissione wired/wireless dei dati.

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We want to investigate aspects related to reliability and latency required by storage with emerging memory technologies – like PCM, STTMRAM, Cu-RAM, Ce-RAM, Fe-RAM, Ox-RAM, and 3D XPoint – through the design of error correcting codes. Computer simulations may be needed to assess the performance of practical error correcting codes. (Suggested) Prerequisites: Coding theory. Computer simulations will be performed in Matlab or C, depending on student's preferences. During the thesis the student will be financially supported by Micron Semiconductor Italia S.r.l (approximately 600 € / month).

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