Carlos III University of Madrid

This course offers an introduction to philosophy. Topics include: truth and error; reality, language, and concepts; the concept of self; freedom, mind, and body; good and evil; justice and politics; beauty, experience, and wisdom; death and ultimate questions.

This course offers an introduction to statistical methods and the means by which to obtain information from data. Topics include: descriptive statistics; probability; random variables; distribution models; statistical inference; quality control; linear regression. Pre-Requisites: Linear Algebra, Calculus, Programming.

This course offers a study of contemporary art movements and the social, political, and economic context in which they developed. It analyzes works of art, from the origins of contemporary art in the mid-19th century to the present day, alongside corresponding primary sources and art history texts.

This course explores perspectives on gender found in literature across Europe. The course begins with an introduction to the development of the field of gender studies including concepts such as suffrage, second and third wave feminism, and gynocritics. It includes three primary themes: representations of the body and sexuality; gender and discrimination based on age, disability, and speciesism; gender and the personal and/or political. 

This course offers a practical study of spreadsheet tools for the automation of tasks and data lifecycle management. Topics include: data import and references; formulas and functions; tables and pivot tables; data analysis; forms, mail merge, printing, and document generation.

This course is the same as BUS A 15E but it has fewer units.

This course explores business finance law. Topics include: corporate finance law-- current outlook for financial markets; internal company financing; external company financing; financing small and medium enterprises (SMEs); financing technology-based companies and spin-offs; financing social enterprises.

This course provides a foundation in understanding and solving problems related to biomedical engineering applications of momentum, heat, and mass transport phenomena. Students are expected to have completed coursework in calculus and physics. Previous coursework in differential equations, fluid biomechanics, and numerical methods is recommended.