Energy

Course in Technology Trajectories for Batteries in Green Mobility

🎓 Politecnico di Torino  ·  📍 Torino

Overview

The Course in Technology Trajectories for Batteries in Green Mobility is an advanced training course (not a master) of the Polytechnic University of Turin, Department of Energy, part time, of 56 hours, in Italian. It covers electrochemistry, cell assembly, Battery Management Systems, thermal management systems, performance metrics, Life Cycle Assessment, carbon footprint and the Battery Passport and EURO-7 regulations.

It costs €250. It is aimed at master's graduates in engineering of specific classes.

The page does not give the mode, dates and deadlines. The course is short and costs €250. The page gives the venue as the Department of Energy of the Polytechnic University of Turin and career opportunities in automotive, rail, naval and energy.

Key features

Duration56 hours
Mode of studyPart time (in-person/online mode not stated; Turin venue)
LanguageItalian
Cost€ 250
Start dateTo inquire with the un…
LocationTorino

Admissions

For admission a master's degree in engineering in classes LM-20, LM-22, LM-25, LM-26, LM-27, LM-28, LM-29, LM-30, LM-33 and LM-34 is required. The page does not describe the selection procedure or the number of places.

The cost of the course is €250 and no concessions or scholarships are given. The application deadlines and the start date are not stated.

The language is Italian, according to the page metadata. The course is part time and lasts 56 hours, at the Department of Energy of the Polytechnic University of Turin; the mode, in person or online, is not clearly stated. For up-to-date requirements, costs and deadlines the official call for applications must be consulted.

Curriculum

The course in Technology Trajectories for Batteries in Green Mobility is an advanced training programme, not a master, that deepens battery technologies for sustainable mobility. The programme starts from electrochemistry and cell assembly, moves on to battery management systems, the Battery Management System and the Battery Thermal Management System, and covers performance metrics, life cycle analysis, carbon footprint and regulations such as the Battery Passport and EURO-7. Batteries are a decisive component of electric mobility, because they determine its range, cost, safety and environmental impact. The course starts from the principles of electrochemistry and cell assembly, to explain how battery modules and packs are built, and how management systems control voltages, currents and temperatures to ensure performance and safety.

The orientation is practical, with a strong update on the European regulatory framework, increasingly relevant for manufacturers and users. The course is part time and lasts 56 hours. The language is Italian, according to the page metadata. The cost is €250. The page does not clearly state the mode of delivery, in person or online, or the credits, whether there is an internship, the start dates and the enrolment deadlines. The venue given is the Department of Energy of the Polytechnic University of Turin. Life cycle analysis and carbon footprint make it possible to assess the environmental impact of batteries from the extraction of materials to recycling. The regulations cited, such as the Battery Passport and EURO-7, show that compliance with European rules is now part of the design and management of batteries, and the course helps participants understand the obligations and opportunities for manufacturers and users.

The aim is to offer skills useful to the automotive, rail, naval and energy sectors, in which batteries play a growing role. The course is aimed at master's graduates in engineering, in classes LM-20, LM-22, LM-25, LM-26, LM-27, LM-28, LM-29, LM-30, LM-33 and LM-34, and suits engineers who want to update their knowledge of batteries, their management and compliance with the rules. The programme is short but intense, with 56 hours, and the low cost makes it an opportunity for technical updating. The Polytechnic University of Turin is ranked 241st in the 2025 QS world rankings and 103rd in the European ones. The practical approach and regulatory update are presented as the distinctive features of the course. The fields of application indicated, automotive, rail, naval and energy, show that battery skills are of interest to many sectors. Since the page does not give the mode, dates or credits, it is advisable to check them with the university before enrolling.

Info and enrolment

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The information provided may be subject to change. For up-to-date information, we recommend contacting the institution directly.

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