Dr. François Chung

Functional analysis within the People ID division, which integrates secure people authentication solutions based on biometric, AFIS and smart card technologies, in the areas of people registration, secure document production and personalization, data centralization and electronic voting.

Business consultancy and business development support within the Digital Business Solutions (DBS) department, which covers artificial intelligence (AI), blockchain, robotic process automation (RPA) and data analytics.

Business analysis, project coordination and product implementation of digital platforms that handle payments, disputed transactions and transactional services between a company, its partners and its customers.

Implementation of Miles, which is a flexible end-to-end software for automotive finance, leasing, fleet and mobility management, after the analysis of the client’s requirements and their translation into a configuration solution.

Implementation of energy efficiency policies aimed at improving not only the rational use of energy but also the energy performance of buildings (e.g. improvement of the thermal insulation and both heating and lighting systems).

Implementation of industrial projects based on intelligent systems. Some applied research topics: pattern recognition, data analysis, image processing and artificial intelligence.

Participation in the development of GIMIAS, which is a workflow-oriented software framework whose objective is the fast prototyping of advanced applications for biomedical image computing and simulations.

Early Stage Researcher (ESR) in the EU Marie Curie project 3D Anatomical Human (3DAH). Some research topics: liver segmentation in CT images, bone segmentation in MR images, unsupervised clustering and model order selection.

Participation in the SAUC-E underwater robotics competition (Student Autonomous Underwater Challenge - Europe) within the VICOROB-UdG team, which won the 2006 edition in London. Development of a program for the real-time tracking of underwater objects.

Implementation of a centralized supervision system, which consists in detecting failures from various infrastructures on the network (e.g. servers, printers and workstations) and in generating alarms in a software interface.