Phone: +39-051-6366715
E-mail address: matteo.montesissa@ior.it
Montesissa Matteo, Eng.
CV
Date of Birth
14/02/1995
Qualification
Biomedical engineer
Current assignment
Researcher
Title of qualification awarded
April 2020: Master Degree in Biomedical Engineering – Cells, Tissues and Biotechnology, Politecnico di Milano, final mark: 103/110.
Thesis: ‘Fabrication of 3D bone tissue models through FDM and plasma-assisted deposition of biomimetic nanocoatings’ in partnership with IRCSS Istituto Ortopedico Rizzoli (Bologna).
Other qualifications awarded
September 2017: Bachelor Degree in Biomedical Engineering, Politecnico di Milano, final mark: 91/110.
Positions held
- From January 2024 Researcher at Biomedical Science and Technologies and NanoBiotechnology Lab.
- From January 2022 PhD candidate in Biomedical and Neuromoter Sciences at University of Bologna (DIBINEM) and Biomedical Science and Technologies and NanoBiotechnology Lab.
- November 2019 – April 2020: master thesis student at Laboratorio di NanoBiotecnologie (NaBi) of IRCSS Istituto Ortopedico Rizzoli. Realization of ceramic biomimetic coatings on printes scaffolds for 3D bone tissue models.
Languages
- Italian: mother tongue
- English: fluent (C1 level)
Technologies
Technical Skills:
- 3D printing of polymeric materials, in particular using Fused Deposition Modeling technique.
- Deposition of ceramic coatings using the Ionized Jet Deposition technique.
- Optical Microscope, Stereomicroscope e Scanning Electron Microscope (SEM).
- TIR Spectrometer.
Computer Skills:
- Software Office (Word, Excel, PowerPoint).
- CAD SolidWorks.
- Image processing program ImageJ.
- Software Matlab.
- Operating systems Windows and IOS.
Scientific activities
- Oral: "Calcium phosphates-based nanocoating in orthopaedics: influence of composition and substrate heating on films properties and BM-MSC behavior" 27-29/09/2023, EORS2023, Porto (Portugal).
- Oral: "Realizzazione di coating nanobiomimetici e antibatterici con tecnica della Ionized Jet Deposition su substrati termosensibili" 10-11/06/2023, IORS2022, Bologna (Italia).
- Co-chair: "In silico models" session 27-29/09/2023, EORS2023, Porto (Portogallo).
Clinical and/or Scientific interests
- Fabrication of polymeric scaffolds using 3D printing technique.
- Morphological, physico-chemical, mechanical and biological characterization of 3D structures.
- Realization of ceramic and metallic biomimetic coatings through plasma-assisted techniques and their characterization.
- Analises of antibacterial activity of nanostructured coatings.
- In vitro 3D bone models for regenerative medicine.