intensive, short-term study programmes
Summer and Winter Schools
From 2019, in addition to the Master’s Degree course, MUNER proposes a series of short study programmes dedicated to students with different prerequisites and aspirations, generically called “Summer&Winter Schools”.
These S&W schools are characterised by intensive, short-term study programmes and complement the Master’s offer with tailor-made training for the various target groups of students approaching the automotive industry.
The aim of these schools is to provide experiential, hands-on and primary learning experiences within intensive study programmes, equipping current and aspiring professionals with the key knowledge, skills and attitudes to keep pace with and effectively contribute to an approaching revolution that will make mobility an issue of flexibility, sustainability and intelligence, while at the same time demanding speed, reduced weight and robustness.
MUSE Co-Financed Summer & Winter Schools
As part of this offering, some Summer and Winter Schools are co-financed by the MUSE – Motorvehicle University Skills Empowerment project, supported by the Region of Emilia-Romagna and FSE+ 2021/2027.
These include Future of Automotive for Intelligent Mobility, Industrial Engineering for Advanced Automotive, Off-Highway Vehicle Design, Electrical Machines and Drives for Green Transportation Systems, and Technical, Technological and Stylistic Evolution of the Vehicle.
Our Schools
Technical, technological and stylistic evolution of the automobile (MUSE)
The Technical, Technological and Stylistic Evolution of the Automobile School explores the key milestones of automotive history through lectures, seminars, and hands-on workshops, preparing future engineers and designers to shape the industry’s future.
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The Technical, Technological and Stylistic Evolution of the Automobile School explores the key milestones of automotive history through lectures, seminars, and hands-on workshops, preparing future engineers and designers to shape the industry’s future.
Electrical Machines and Drives for Green Transportation systems (MUSE)
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Off-Highway Vehicle Design (MUSE)
The Summer School in Off-Highway Vehicle Design promotes activities to involve and attract new generations of experts in the off-highway vehicle industry.
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The Summer School in Off-Highway Vehicle Design promotes activities to involve and attract new generations of experts in the off-highway vehicle industry.
Women in Transport
This unique program offers 20 young female engineering students a full immersion experience in the automotive world, with the goal of raising awareness of the role of women in the transportation sector and breaking gender stereotypes.
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This unique program offers 20 young female engineering students a full immersion experience in the automotive world, with the goal of raising awareness of the role of women in the transportation sector and breaking gender stereotypes.
Italian Motor Valley Experience
It is a two-week experience where high school students explore and gain a deep understanding of high performance vehicles through immersion in the Motor Valley atmosphere and stimulating activities led by renowned university professors and professionals from leading automotive companies.
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It is a two-week experience where high school students explore and gain a deep understanding of high performance vehicles through immersion in the Motor Valley atmosphere and stimulating activities led by renowned university professors and professionals from leading automotive companies.
Industrial Engineering for Advanced Automotive (MUSE)
Designed for our best students, an immersive and outstanding experience.
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Designed for our best students, an immersive and outstanding experience.
Future of Automotive for Intelligent Mobility (MUSE)
The vehicles of the future will be very different from those on our roads today. We are approaching a revolution that will make mobility an issue of flexibility, sustainability and intelligence, while still demanding speed, reduced weight and robustness. This school aims to deepen and refine the knowledge of recent graduates and researchers in the field, with the goal of providing up-to-date, cutting-edge tools.
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The vehicles of the future will be very different from those on our roads today. We are approaching a revolution that will make mobility an issue of flexibility, sustainability and intelligence, while still demanding speed, reduced weight and robustness. This school aims to deepen and refine the knowledge of recent graduates and researchers in the field, with the goal of providing up-to-date, cutting-edge tools.
