Raphael Palucci Rosa

The main goal of the research was the: Study, production and characterization of 3D printed materials for the development of heavy metals sensors for the marine environment.

Consulting activity carried out as an expert for the production of a report focused on the functionalization technologies of acrylic fabrics. This report was used by the client for the reporting of the European REACT project (Funded by the EU's Horizon2020 program under agreement n° 820869).

Study and development of bio-based composite materials for the production of eyeglass frames

Classroom tutor for the school of engineering, with activities related to the management of the classroom, or virtual classroom, during written exam sessions, including: Monitoring attendance; Assisting teachers explaning the test; Supervising the students during the exams.

Volunteer English teacher for young adults and kids.

PhD Exchange student The exchange activity had the objective the development of stimuli-responsive sensors based on transition metal coordination complexes and their characterization. The sensors were manufacture using a robocasting 3D-printer.

Summer School Course

Thesis title: “Synthesis and characterization of bio-based polymers for innovative additive manufacturing applications via stereolithography 3D-printing"

Thesis title: "A combined computational and experimental study on the polymerization of L-Lactide and ε-Caprolactone."

CAPES Scholarship holder selected to study one year in the United States through the Brazil Scientific Mobility Program

Project title: "Viability of the usage of methane from glycerine as side product from a biodiesel plant for energy generation."