Students will learn about and discuss the concept of sustainability from different areas of application to be able to have a comprehensive vision developed from the interior of conceptual form, technique, production, and use of both objects and space, thus understanding the impact of sustainable design.

Students will learn to design a large-scale public business space implementing the fundamentals of space design , through concept development, planning , presentation, and project management in order to make the practice of design more meaningful.

Students will learn specialized vocabulary thanks to a vast knowledge of technical topics and materials used in both installations and construction procedures and an adequate representation of these installations and building systems through the graphic language of different free and digital techniques, giving them the ability to communicate a project professionally.

Students will be able to understand the technical data for the calculation and design of the installations of an interior project complementing knowledge with the enforcement of existing official regulations and achieve a proper use of the technical vocabulary of each area. Likewise, they will identify existing needs for approaching the design and implementation of installations and generate a list of suppliers and installers of each type of installation.

The aim of this course is for students to understand and apply the different materials that can be used in the development of an interior space for constructive, finishing, and final presentation purposes, for the different areas.

The aim of this course is for students to understand and analyze scientifically and methodically the most relevant events and productions in the history of art in Mexico, from pre-Hispanic times to the present day, in all genres, with particular emphasis on interior design.

The aim of this course is for students to analyze and critically evaluate furniture design, manufacturing, components and materials, as well as the basic principles of ergonomics.

Students will learn to handle different groups of basic construction materials and their properties in order to distinguish their chemical composition and historical development, thus being able to define uses, limitations, and formal possibilities for generating new and future products.

After completing this course, students will be able to apply 3-D generation tools and parametric design tools properly, enabling the modeling and visualization of prototypes and projects, thus being in control of digital post-production and 3D visualization and the generation of photorealistic images.