UPV/EHU, University of Deusto and Mondragon Unibertsitatea, members of the 4gune ecosystem, have responded to the call of the 4gune Business+University programme for the 2023/24 academic year, ‘AIC Open University’, to transfer knowledge from the university to the company through 13 projects focusing on design, simulation, advanced materials and manufacturing technologies, aimed at different vehicle concepts.
One of the objectives of the 4gune Business+University Programme is to promote the connection between academic agents and professionals related to the Smart Industry. The Automotive University Classroom ‘AIC Open University’ continues to collaborate with the programme to strengthen the recruitment and preparation of young people for their transition to the mobility sector. To this end, in the current academic year they presented 19 challenges framed in the technological areas and fields of application of the smart industry, for the different phases of the mobility sector.
AIC states that: ‘Throughout these years, AIC has been incorporating new challenges as the sector itself is transforming and new opportunities arise, for example, by focusing on new mobility concepts, such as the bicycle. Thanks to the collaboration with 4gune, this year we have launched projects of high technological value with a practical, results-oriented approach that will allow us to make a qualitative leap in key areas of knowledge and develop the skills of professionals who are increasingly in demand in the sector’.
The projects selected in the 2023/24 call for proposals, in which 51 students are participating, are listed below:
|
CHALLENGE |
UNIVERSITY |
PROJECT TYPE |
|
Advanced numerical-experimental validation of a Toyota Prius vehicle model on IPG CarMaker basis |
Deusto University |
Master's Degree Thesis on Design and Manufacturing |
|
Tyre-road interaction study in a driving simulator |
Deusto University |
Master's Degree Thesis on Design and Manufacturing |
|
Design and development of a light vehicle model at IPG-Carmaker |
Deusto University |
Master's Degree Thesis on Design and Manufacturing |
|
CAE simulation and manufacturing validation applied to hybrid automotive components by compression moulding |
Deusto University |
Bachelor's Degree Thesis
|
|
Hydrogen fuel cell integration study as a range extender for an electric bus |
Deusto University |
Master's Degree Thesis on Design and Manufacturing |
|
Development of new artificial inspection technologies through Deep Learning |
Mondragon Unibertsitatea |
Dual Training / Bachelor's Degree Thesis |
|
Analysis of the balance of consumption, quality and production on the ASF line by means of digital twinning |
Mondragon Unibertsitatea |
Master's Degree Thesis |
|
Analysis of the communications of an automated manufacturing process and generation of a data repository |
UPV/EHU |
Master's Degree Thesis on Industrial Engineering specialising in automation and control |
|
Design of a new part for the advanced manufacturing process in the ASF area |
Mondragon Unibertsitatea |
Dual Training / Bachelor's Degree Thesis |
|
Benchmarking or state of the art study on bicycle components |
Mondragon Unibertsitatea |
Master's Degree Thesis on Design |
|
Benchmarking or state of the art study on bicycle components |
Deusto University |
COURSE of Materials Science and Processing in 2nd year of Industrial Design Engineering |
|
Analysis of composite products and manufacturing technologies in bicycles |
Deusto University |
Bachelor's Degree Thesis |
|
Design and manufacture of a prototype of an urban electric cargo bike |
Mondragon Unibertsitatea |
Master's Degree Thesis on Design |
More information
To find out about other projects developed within the framework of the 4gune Business + University programme, visit the Projects section.
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