Academic achievements Novel description of the nonequilibrium phase properties of oppositely charged polyelectrolytes and surfactants in aqueous mixtures. Preparation of stable dispersions of charged and unharged polyelectrolyte/surfactant nanoparticles with controllable properties via different methods of solution preparation and/or by use of specific non-ionic surfactant or polymer additives. To the present 60 publications, 6 invited lectures and 69 conference presentations.Industrial experienceCharacterisation of household surfaces and interfacial layers.Preparation of novel aqueous paint dispersions with controllable size and properties of the dye nanoparticles. Research on low temperature detergency.Major future goalsIn addition to the academic research activities, participation in the development of solar cell, drug delivery, or home and personal care applications.Specialties: Independent research profile with international recognition. Leading and managing PhD students and senior research staff. Participation in and management of large international research networks.