IM1-Designing and monitoring the manufacturing processes for the materials.
IM10-Analysing complex and multidisciplinary problems.
IM11-Working in a team and collaborating with professionals from other specialisations.
IM12-Compiling information, as well as critically selecting and analysing it.
IM13-Integrating experimental information and information coming from simulation.
IM14-Supervising simple experimental work and performing complex experimental work.
IM15-Transmitting scientific information on an international level, written and orally.
IM16-Designing components using numerical simulation tools.
IM2-Designing and monitoring the transformation and shaping processes for the materials.
IM3-Knowing the structure, properties and applications of the different families of materials: metals, polymers, ceramics (including glass), compound and functional.
IM4-Determining all types of properties of the materials at any stage of their production, transformation and application, using conventional and other new techniques and adequately interpreting the information obtained.
IM5-Understanding the improvement options (additives, surface treatments, etc.) for materials in order to optimise their use.
IM6-Designing materials using advanced modelling and simulations tools, for conventional, advanced and emerging applications (nano and biomaterials).
IM7-Selecting materials for specific applications based on the corresponding specifications.
IM8-Knowing the principles and mechanisms that guide material deterioration and the methods used to avoid it.
IM9-Knowing the volumes, sources and characteristics of the flows of material waste, as well as the technologies and alternatives for recycling them.
nireEHU 