Molecular Biology and Pathology.
Tissue engineering, stem cell bioprocessing.
Environmental Engineering and Biotechnology.
Energy recovery of organic waste, biofuels and microalgae cultivation.
Engineering of materials for environmental decontamination processes based on adsorption, catalysis and other surface phenomena.
Simulation of chemical and biochemical processes and industrial biotechnology.
food biotechnology, Nanobiotechnology.
Development and characterization of functional, biodegradable and active polymeric materials.
Direct Osmosis, Membrane Distillation.
Biotechnological applications in cryobiology and nanotechnology.
Electrochemistry and physicochemical properties of new materials for energy applications.
