FRANCESCO MANCUSO

Currently undertaking a visiting research period focused on my PhD project. The work involves the development and characterization of advanced hybrid materials aimed at improving the efficiency and selectivity of CO₂ electroreduction processes.

Pursuing a PhD under the supervision of Dr. Federico Franco, working on the project "Molecular strategies to design hybrid nanomaterials for the electrocatalytic CO₂ reduction". The research focuses on the synthesis and molecular engineering of nanostructured hybrid materials to enhance performance in CO₂ electroreduction.

Conducted tutorial sessions in General and Inorganic Chemistry for undergraduate students. Responsibilities included assisting during laboratory exercises, supporting students in solving chemical problems, and helping clarify theoretical concepts to reinforce their understanding of course material.

• I completed my Master's thesis at the University of Padua under the supervision of Prof. Sabrina Antonello, in the Molecular Electrochemistry and Nanosystems Group led by Prof. Flavio Maran. The primary focus of my thesis project was investigating the catalytic activity of Mn(I) and Re(I) bis-NHC (Nitrogen-Heterocyclic Carbene ligands) complexes in the homogeneous electroreduction of CO2. Thanks to this experience, I acquired significant insights in the molecular electrochemistry field, refined my analytical and research skills, always trying to contribute to the progression of knowledge in this specialized research topic. Additionally, I gained comprehensive knowledge in organic and organometallic synthesis, further enriching my expertise in this chemistry field.

• I completed my bachelor's thesis at the University of Calabria. The primary focus of my thesis was to study and characterize the chemical composition of various bergamot essential oils. Techniques such as 1H−NMR and 13C−NMR spectroscopy were employed to gather insights into the molecular structures of the oils. Successful identification and quantification of key compounds within the essential oils were achieved. This process encompassed the interpretation of spectral peaks and determination of chemical shifts. Moreover, this experience deepened my understanding of the practical applications of spectroscopy in real-world scenarios, enhancing my proficiency in the use of advanced scientific instrumentation.