Property Development and Marketing

Property marketing and sales

Content marketing in property investment and wealth management

Theme Service: Help people make property investment long-term strategy, recommend suitable properties, provide excellent services.Duties:➢ Find clients at all kind of occasions, including roadshows, property expos, parties, functions and social media, etc➢ Communication with clients, explain property investment concepts, invite clients to property investment seminars.➢ Recommend suitable properties, explain details about projects, overcoming objections➢ Follow up clients, provide further services after sales.➢ Find more clients

Theme Project: Flexible Dye-Sensitized Solar Cells (DSSC) modules fabrication and characterization, as part of Victorian Organic Solar Cell Consortium (VICOSC) project, to demonstrate the feasibility of continuous printing of flexible DSSC modules.Duties:➢ Printing of TiO2 films by different techniques, doctor-blading, reverse gravure printing, screen-printing, etc.➢ Printing of DSSC modules by a combination of different techniques➢ Developing sealing technologies for DSSC modules➢ Developing encapsulation technologies for DSSC modules➢ Durability testing of DSSC modules➢ Coordinating collaboration with other institutions, University of Melbourne, CSIRO Materials Science and Engineering, Securrency Ltd, etc.➢ Some casual teachingAchievements: ➢ Successfully fabricated DSSC modules (10 cm × 10 cm), meeting milestones of the VICOSC project➢ Screen-printed TiO2 films on flexible substrates➢ Successfully realized roll-to-roll printing of TiO2 films by reverse gravure printing technique➢ Developed effective sealing technology for DSSC modules well.

Theme Projects: Organic Solar Cells (OSC) and Dye-Sensitized Solar Cells (DSSC) fabrication and characterizationProjects I was involved in: ➢ 2010, The Solar Paint Project, broadcast in the Grand Final of New Inventors on Australian Broadcasting Corporation (ABC) ➢ 2008–2010, Australian National Fabrication Facility projects (ANFFL) ➢ 2008–2010, Australian Synchrotron Research Programs ➢ 2007 –2009, International Consortium in Organic Solar Cells (ICOS) project➢ 2007 –2009, Dulux project: Harvesting Sunlight through Improved Organic PhotovoltaicsDuties: ➢ Fabrication of OSC, based on different polymer materials and fullerene derivatives. ➢ Fabrication of DSSC, based on polymer electrolyte➢ Characterization of OSC and DSSC by SEM, TEM, EDX, XRD, AFM and UV-vis➢ Characterization of OSC and DSSC by photocurrent-voltage (IV) tests, spectral response tests (IPCE), photocurrent mapping, etcAchievements: ➢ Successfully printed and fabricated 12 cm × 12 cm flexible solar cell modules using Solar Paint developed in our group (New Inventors Project), whereas, previously we normally made 2 mm × 2.5 mm cells. ➢ Proficiently used and maintained OSC fabrication and characterization equipments (part of ANFFL)➢ Successfully fabricated OSC (based on polymer-fullerene blends) with efficiency between 3-4 %. Before I started this position, the efficiency in the group remained 1-1.5 %.➢ Conducted first investigation on the influence of cooling rates to the performance of OSC. ➢ Reported for the first time on the stratification of polymer-fullerene blends OSC, investigated by synchrotron and other techniques. ➢ Doubled the efficiency of OSC based on polymer-polymer blends.➢ Developed Solar Paint based on polymer nanoparticles and achieved high efficiency OSC➢ Conducted first investigation on the influence of drying rates of polymer electrolyte to the performance of DSSC.

Theme Project: Dye-Sensitized Solar Cells (DSSC) and TiO2 nano-structured porous filmsDuties: ➢ Setup of DSSC research facilities ➢ TiO2 nano-particles preparation by the sol-gel and hydrothermal method➢ TiO2 films preparation using aqueous and non-aqueous precursor solutions➢ TiO2 porous films performance improvement by modification➢ Characterization of TiO2 nanocrystals by SEM, TEM, EDX, XRD, UV-vis➢ DSSC design, fabrication, characterization and optimization➢ Supervision of Ph.D candidatesAchievements: ➢ Led the DSSC project in the group in Griffith University➢ Set-up of new DSSC research facilities for the group ➢ Supervised a Ph.D candidate, transferring experimental techniques ➢ “Electron Expressway Concept”: increased DSSC efficiency by 28 % by modifying TiO2 porous films with an TiO2 organic sol➢ “Electron Recombination Blocker”: increased DSSC efficiency by 25 % by covering TiO2 porous films with a thin layer of rare earth oxide

Theme Projects: Fabrication and Characterization dye-sensitized solar cells (DSSC)Duties:➢ Fabrication of DSSC, including preparation of TiO2 nano-particles, fabrication and characterization of TiO2 porous films, modification of TiO2 porous films, synthesis and characterization of electrolytes, preparation of Pt electrodes.➢ Synthesis and characterization of the LiI-organic addition compound electrolyte, imidazole-based ionic liquids, ➢ Development of AlI3 based electrolyte, which is cheap, facile, environmentally-friendly and efficient.➢ Characterization of electrolytes by FT-IR, laser Raman, FT-Raman, UV-vis spectra, SIMS, EPR, NMR, EIS, conductivity measurement, TGA/DSC, etc➢ Supervision of master degree studentsProjects I was involved in:➢ 2006, National Natural Science Foundation of China project➢ 2002–2005, State High-Tech Development Plan (863 Plan in China) project➢ 2002–2005, 100 Talents Program of Chinese Academy of Sciences project➢ 2003–2004, New Energy and Industrial Technology Development Organization (NEDO) projectAchievements:➢ Built a new lab for DSSC research from scratch, with the direction of my PhD supervisor➢ Managed the lab for five years, including carrying out experiments, managing experimental facilities, purchasing and commissioning of lab equipments, organizing group meetings and events, etc.➢ Grasped the screen-printing technique➢ Published ten peer-reviewed papers, including two on Journal of American Chemical Society➢ Applied five patents about DSSC➢ Supervised a high school student to fabricate and characterize DSSC, with which he won the second prize in Intel International Science and Engineering Fair 2005(Intel ISEF 2005, Phoenix, Arizona) ➢ The DSSC cells we fabricated were demonstrated in the Exhibition of Significant Scientific and Technological Achievements in Chinese National 10th Five-Year Plan (2001—2005) in 2005 and in the Exhibition of Significant Scientific Innovation Achievements (2006)