Provided my educational background, I have been confronted with the fait accompli that the mathematical logic filters the social analysis; even that of natural ecosystems which fully embrace the economic and social spheres. In the light of the fact that the world has become multilayered, the need for new paradigms, like complexity sciences, has arisen. Without being exclusive, the modeling tools I hold in high regard are the graph- and game-theoretic settings seen as governed by evolutionary dynamics.

After starting an early career in finance, in derivatives products such as options to be more specific, the activities which I have been responsible for, no less as a scientist than as a former head of an academic chair, cover: academic research, scientific communication, teaching to undergraduate and graduate students, thesis supervision, peer-reviewing, fundraising, budgetary control, annual reporting, team management and management of various projects. The latter include the organization of conferences, the conducting of consulting projects and the development of academic contests.

In the guise of a proficient bioeconomist, my wish is to widen the fields of research I have hitherto explored; especially those in complex systems, which I already covered by authoring a number of publications. Indeed, through design and analysis, I find interest in conducting research on the dynamics of both anthropogenic and natural networks. Not forgetting social networks, other examples of networked systems include market systems, supply chain, biological systems and natural ecosystems.