Scientific coordinator of the curriculum: Prof. Ciro Santus
Student representative: Andrea Di Pietro
The Mechanical Engineering Curriculum of the Doctorate in Industrial Engineering offers aspiring researchers the opportunity to explore a wide range of cutting-edge research activities. From studying the mechanical behavior of materials to analyzing technological systems and processes, including the adoption of innovative methodologies such as 3D printing and tribology, the curriculum provides a solid foundation for the development of high-level knowledge and skills.
Research and Career Prospects
Research in the field of Mechanical Engineering spans from fundamental scientific principles to practical challenges raised by partnerships with internationally relevant companies and research institutes. Our doctoral students are prepared to pursue academic careers at prestigious national and international institutions, or to enter the industry, where research skills are increasingly demanded and valued. Additionally, we actively promote entrepreneurship through the creation of spin-offs that leverage research results, transferring scientific expertise to the entrepreneurial world.
Laboratories
Our laboratories offer a stimulating and cutting-edge environment where doctoral students can apply their knowledge and acquire new skills. From laboratories dedicated to Robotics Mechanics to 3D printing and rapid prototyping, to 3D vision technologies and material characterization, our laboratories are equipped with state-of-the-art instrumentation and offer excellent opportunities of research.
Robotics Mechanics Laboratory (https://www.dici.unipi.it/laboratori/laboratorio-di-meccanica-dei-robot): the laboratory offers the opportunity to develop practical projects that include the design and operation of complex and innovative robots. Available tools include 3D printers, welders, microcontrollers, and other mechanical components.
Metrology Laboratory (https://www.dici.unipi.it/laboratori/laboratorio-di-metrologia): research activities in the laboratory include the modeling of microchannel reactors and surface inspection using metaheuristic optimization algorithms.
Turbomachinery Dynamics Laboratory (https://www.dici.unipi.it/laboratori/laboratorio-dinamica-delle-giranti): this laboratory focuses on the experimental characterization of bladed wheels and the study of phenomena that influence their performance. It is equipped with advanced vibration measurement systems and dynamic analysis.
3D Printing and Rapid Prototyping Laboratory (https://www.dici.unipi.it/laboratori/laboratorio-di-stampa-3d-e-prototipazione-rapida): research in this laboratory focuses on digital manufacturing, with a focus on controlling and optimizing innovative production processes. Students have access to a wide range of rapid prototyping technologies.
3DVision CAD Laboratory (https://www.dici.unipi.it/laboratori/laboratorio-cad-3dvision): this laboratory conducts research in digital image processing and computer technologies for mechanical design, with particular attention to 3D vision and CAD design.
Mechanical Testing Laboratory (https://www.dici.unipi.it/laboratori/laboratorio-prove-meccaniche): this laboratory conducts tests to determine the mechanical properties of metallic, composite, and polymeric materials, as well as full-scale components. Machinery for static, cyclic, and dynamic tests is available.
Extensometry Laboratory (https://www.dici.unipi.it/laboratori/laboratorio-di-estensimetria): this laboratory deals with the measurement of residual stresses and local deformations of materials subjected to mechanical stresses, using extensometers and other specialized equipment.
Additive Manufacturing Laboratory (https://www.dici.unipi.it/laboratori/laboratorio-additive-manufacturing): research in this laboratory focuses on 3D printing and its applications, including determining optimal process parameters and studying the mechanical properties of produced materials.
Rotordynamics and Bearings Laboratory (https://www.dici.unipi.it/laboratori/laboratorio-di-rotordinamica-e-cuscinetti): the research activity of this laboratory focuses on the static and dynamic behavior of large bearings. Activities include tests on radial bearings for turbomachinery with high speeds and loads, as well as the performance characterization of bearings under working conditions.
Biomechanics Laboratory (https://www.dici.unipi.it/laboratori/laboratorio-di-biomeccanica): the laboratory is involved in various experimental and numerical research activities in the field of biomechanics. Areas of study include biotribology, vibroacoustics, motion analysis, and mechanical characterization of medical devices.
Tribology Laboratory (https://www.dici.unipi.it/laboratori/laboratorio-di-tribologia): the laboratory deals with tests on lubricated and dry contacts, as well as surface characterization through roughness and topography analysis. Activities include friction and wear measurements, as well as viscosity measurements at various temperatures.
International Collaborations and Research Opportunities
We actively collaborate with a wide network of industrial and institutional partners, including companies such as Piaggio & C. spa, Rheinmetall Automotive, and Baker Hughes, as well as academic institutions like the Fermi National Accelerator Laboratory. These collaborations offer our doctoral students the opportunity to work on internationally scoped projects and gain practical experience in the real world. With a wide range of high-level laboratories and collaborations, the Mechanical Engineering curriculum offers doctoral students the opportunity to deepen their knowledge and skills in a stimulating and cutting-edge environment.