University of Barcelona

This course offers 90 hours of elementary study of Spanish language for students at a B1.1 to B2.2 level, according to the Common European Framework of Reference for Languages.

This course offers an introduction to Galician language including pronunciation, intonation, orthophony, and spelling. It discusses standard lexicon, fundamental morphosyntactic structures, verbs, and elementary aspects of pragmatics and phraseology.

This course offers 110 hours of elementary study of Spanish language for students at an A1 to A2.2 level, according to the Common European Framework of Reference for Languages.

This is the first semester of the year-long Spanish Pragmatics course. It analyzes both oral and written Spanish language structures through theoretical and contextual frameworks of language use.

This research techniques course focuses on understanding the general principles of the scientific method and understanding and applying concepts of descriptive statistics and probability models.

This course offers a study of the fundamental concepts of electromagnetism and optics. Topics include: electric field; electric potential; conductors; electric current; magnetic field; electromagnetic induction; alternating current; Maxwell's equations; reflection and refraction of light; mirrors, diopters, and lenses; optical instruments.

This course offers an elementary study of Spanish language for students at an A1 to A2 level, according to the Common European Framework of Reference for Languages.

This course offers a study of the risks arising from climatic, hydrological, and internal and external geodynamic and biological processes. It discusses the social repercussions of extreme events, the approach to preventative and mitigation measures, and the response of land use planning. This course analyzes extreme episodes of natural and associated risks including the extent to which they are influenced by direct anthropic intervention in the biophysical environmental and by the variability of natural factors.

This course offers a study of the use of computational tools to solve specific and simple problems in different fields of physics. Topics include: operating systems and programming languages; interpolation and roots of functions; numerical integration; random numbers and Monte Carlo integration; ordinary differential equations; partial differential equations.

This course offers a study of the foundations and applications of the interdisciplinary field of consumer behavior. It explores the internal, cognitive, and emotional motivations that drive individual consumers. It also discusses how external and exogenous influences affect buyers, taking into consideration socioeconomic, generational, gender, and cultural idiosyncrasies.