Ing. Michele Tedesi

I worked in the pre painted steel businees unit supporting the sales manager. As part of my training I was working in different departments in production (supply chain, production planning, steel production and painting)

During my Master Thesis work I investigated the rheology of pastes, used in additive manufacturing technologies, using a Design of Experiments (DoE) software ( Cornerstone). The obtained results will be used to improve the optimization processes of paste for several applications: fuel cells, low temperature confined ceramics, gas exhaust sensors and electrodes.

I worked with a team of experienced researchers in the multilayer technologies department, in the corporate research division. I was able to obtain many insights in the R&D field, especially in the automotive sector. My work on the rheological analysis of paste process parameters, with data based analytical methods, provided many useful results and was considered to have very high quality. As a result, at the end of my internship I was offered to continue to work at Bosch for my Master Thesis work.

B.Sc. Thesis work "Superparamagnetic nanoparticles with iron core functionalized with eparine for drug delivery in human body". Nanoparticles were sythesised and characterized. Functionalization of the obtained product was carried out and further characterization was done to assess whether the dimension and properties of the nanoparticles matched the conditions for use.

I was selected to partecipate in the Erasmus exchange program at the Luleå Tekniska Universitet.

- develop production processes of materials and/or products; - develop surface treatment processes; - develop engineering applications with polymeric materials and composites; - organize the technical management of plants and products. Grade: 1.4

- understand the correlations between structure and organization of materials and their properties - analyse manufacturing processes - select and use the materials in structural applications and functional applications - choice of material and the production process for a particular component