Independently managing a high value mixed residential and commercial portfolio of more than a dozen properties on both short and long term lets.Overseeing and direct involvement with refurbishment and interior design in order to achieve maximum market value.Advertisement design for property to let.Personally dealing with all stages of lettings negotiations from initial discussions with potential tenants through to finalising terms and closing the deals.Handling all ongoing management responsibilities including: maintenance, employment of contractors, managing tenant's needs and concerns and collection of all charges.Additionally employed by others to manage their properties.In successfully managing my own portfolio, I have achieved an increase in income yield of over 10% year on year with an additional 10% increase in 2018.

Publication: A. Paciello, G. Amalfitano, A. Garziano, F. Urciuolo and Paolo A. Netti, Adv. Healthcare Mater. 2016, 5, 2655–2666Realization of hydrogel scaffolds seeded with chondrocytes, osteoblasts or HMSC.Characterizations of O2 consumption by cells during wound healing.Morphological studies, by hystology, of the tissues realized in-vitro.Extraction of rat cardiomyocytes and bovine chondrocytes.Realization of cardiac, bone and dermis micro-tissues through bottom-up technique.Realization of microbilie gelatin microbeads as support for cells in bottom-up technique .Excellent knowledge of PQM (Phosforescence Quenching Microscopy) technique and all its instrumentation (Olympus IX-70 inversion microscope, dichroic filters, impedance adapter, xenon flash lamp, oscilloscope and photomultiplier).Ability to control the growth of bacteria, yeasts, bovine cells, rat cells and human cells (HMSC). Use of Phalloidin and DAPI staining for immunofluorescence tests.Use of fluorescent probes for the determination of the average molar degree of functionalization on the surface of gelatin microbeads, in particular determining the free amine groups. on the microbeads surface; coupling reaction and characterization of new species obtained.Use of HPLC-UV Detector (Waters and Agilent).Use of UV-VIS spectrophotometry and IR-FT spectrometry.Use of FESEM Ultraplus by ZEISS and of AFM .Use of electrophoresis, blotting and lyophilization techniques.

Realization of hydrogel scaffolds (collagen, agarose, fibrin, alginate, alginate-RGD).Use of PQM (Phosforescence Quenching Microscopy) for measurements of O2 inside the scaffolds.Realization of 3D scaffolds for studying nutrients consumption kinetics by cells seeded inside them.