Knowledge of the types of protection used in transports and infrastructures against projectiles and explosives.
Knowledge of the main material models used for dynamic loadings
Acquisition of the fundamentals of the impact analysis and the propagation of elastic and plastic waves.
Knowledge about dynamic characterization of materials
Acquisition of the technological knowledge needed to calculate analytically protections of metals, ceramics, metal+ceramic, fabrics and composites
Ability to characterize experimentally material in the dynamic regime (medium and high strain rate).
Ability to use specific software to analyze, design and calculation of structural elements against impact, developing a critical awareness.
Know and apply science knowledge and technology based on the industrial technology engineering.
Capacity to design, develop, implement, formulate and solve problems inside wide and multidisciplinary context, being able to integrate knowledge, working on multidisciplinary teams.
Understand the impact of the industrial technology engineering on the environment, sustainable development and importance to work on a professional job environment.
Be able to communicate knowledge and conclusions clearly, orally or written, into specialized and non-specialized public
Learning ability that lets you to continue study along the whole life for an adequate professional development.
Incorporate new technologies and tools from the industrial technology engineering in its professional skills.
Managing projects and human teams.