In this laboratory, you will be able to operate industrial robots to handle manufacturing cells and use robotics-specific software tools and specialized components.

In this laboratory, you will carry out practices by integrating product and process design, operation, and optimization in four semiautomatic production lines which will enable you to develop new competencies and gain experience in an industrial environment.

In this laboratory, you will be able to determine fluid properties thanks to simulation equipment for the study of the statics of fluids, fluid dynamics, and pumps.

Furthermore, thanks to waste-water treatment simulation equipment you will learn and understand the physical-chemical and aerobic-biological processes carried out at a waste water treatment plant.

In this laboratory, you will learn the physical-mechanical characteristics of basic construction elements, such as concrete, steel, and aggregates. This space encompasses the following laboratories:

Soil mechanics: You will determine the characteristics of soil, as well as its classification. Asphalts: You will analyze and design asphalt mixes. Topography: You will learn about topographic surveys. Concrete technology: You will learn about the characteristics of concrete to create mixes.

Through computing tools and cases, you will learn about kinematics and one- and two-dimensional motion dynamics. You will also learn about phenomena related to mechanical and heat energy, and periodic motion, through traditional tools and software.

This laboratory allows you to use automotive components to learn about their performance when in operation, with help from a simulator designed and built by the Department of Engineering.