Faculty of Engineering
The Departmental Faculty of Engineering was formed in 1999 and currently offers two three-year degree courses (Degree in Industrial Engineering and undergraduate degree Biomedical Engineering in English) and two master's degree courses ( Master's Degree in Biomedical Engineering e Master's Degree in Intelligent Systems Engineering).
The organization of the study paths and the training offer of each study course is continuously updated, thanks to constant dialogue with the interested social parties and the main stakeholders, in order to guarantee the training of professional figures in line with the evolution of the world of work and competitive, both nationally and internationally, also with respect to the major social and economic challenges posed by the current context. To this end, each degree program relies on periodic consultation with social partners (such as businesses, research institutions, public and private institutions), a dedicated steering committee, and the support of the university office called Career Service to facilitate the entry of graduates into the world of work.
The validity of a training project conceived, developed and constantly updated with an approach that enhances the centrality of the person and integral formation, with a view to developing competent, responsible, knowledgeable professionals who are attentive to both technological aspects and the related ethical and social implications, is confirmed by the encouraging results of the Faculty's programs. Examples include the high percentage of students who complete their studies within the normal course duration, the high level of satisfaction among graduates, and the high employment rate of graduates from the Faculty's programs, with values exceeding both regional and national averages.
The solidity and continuous updating of the training offer are also ensured by the advanced research activity carried out with assiduity and dedication by the nine Research Units belonging to the Departmental Faculty of Engineering, namely: Automation; Electronics for Sensory Systems; Nonlinear Physics and Mathematical Models; Tissue Engineering and Chemistry for Engineering; Innovation, Entrepreneurship, and Sustainability; Biomedical Measurement and Instrumentation; Advanced Robotics and Human-Centered Technologies; Intelligent Technologies for Health and Well-Being: Sustainable Design, Management, and Evaluation; Processing Systems and Bioinformatics.
