Materials Science is a profoundly interdisciplinary scientific field that encompasses various domains of knowledge, including Mathematics, Physics, Chemistry, Biology, and various branches of Engineering (such as Mechanical, Electrical, Chemical, Civil, and Materials), among others. It is primarily focused on researching and developing novel methods for fabricating, extracting, processing, transforming, conducting structural and microstructural analyses, characterizing, and applying a wide array of materials.

The study and application of materials have been constants throughout human history, and their significance is exemplified by various epochs in the progress of human civilization. These epochs are frequently associated with advancements in materials, such as the Stone Age, the Age of Bronze and the Iron Age. The 20th century was marked by profound transformations driven by innovations in materials, which undeniably altered our way of life.    In the present day, during the 21st century, numerous innovations indicate new technological breakthroughs in materials science. These include the development of intelligent and functional materials and devices, advancements in nanoscience and nanotechnology, and an increased utilization of renewable materials with an emphasis on environmental sustainability through green chemistry and social responsibility. 

The Materials Science graduate at UFSCar in Sorocaba was idealized within this new context in society, which is reflected in the scientific topics and research fields found in the outlines of master's and PhD degree level course. The Graduate Educational Program in Materials Science (PPGCM) situated at the Sorocaba campus of UFSCar is a recently established interdisciplinary graduate program that comes highly recommended by the Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (Capes), a governmental scientific agency associated with the Ministry of Education. This program focuses on research activities aimed at advancing the field of science and the training of highly qualified personnel.

The PPGCM offers expertise in two key areas: "Functional Materials and Polymers from Renewable Resources" and "Nanoscience and Nanotechnology Materials." It encompasses multiple research fields associated with these knowledge domains.

The academic faculty primarily consists of Ph.D. university professors who are exclusively dedicated to research, education, and maintain numerous collaborations at both the national and international levels.

The intended audience for this program comprises professionals holding bachelor's degrees in fields such as Physics, Chemistry, Biology, Engineering, among others, who are keen to pursue a career in scientific research.