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CloudLabs
It promotes learning through the experimentation and verification of the laws of Physics. It includes laboratory equipment such as oscilloscopes, multimeters, vectors, lenses, mirrors, light sources, voltage sources, photoelectric sensors, timers, thermometers, air rail, cargo lifters, emitters and receivers for different types of waves, among others.
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CloudLabs Physics II facilitates the
study of physical phenomena, applied
to the resolution of real-life situations at work, research, and business contexts. It has 18 simulations accompanied by learning units that cover topics such as resistance of materials, metrology, thermodynamics, electromagnetism, and fluid mechanics.
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It allows the study of organic and inorganic chemistry in a dynamic, engaging, and meaningful environment that is also flexible and safe.
This subject area includes 40+ simulations and their learning units.
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It allows the study of the separation of components in mixtures, chromatography, stoichiometric analysis, volumetry and organic analysis in a dynamic, fun and meaningful way in a flexible and safe environment.
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It allows the study of automation systems using a programmable logic controller (PLC) in several environments in order to automate a process. There is a station of sensors and actuators, an electro pneumatic station, three dimensional plants of a road crossing, an elevator, process tanks, hydraulic and electric actuators and sensors.
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It immerses students in comprehensive and varied simulation environments that allow an understanding of mathematics as a tool to solve situations in microbiology, biotechnology, astronomy, industry, domotics, aeronautics, economics, architecture, among others.
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It recreates commercial and industrial
environments such as production and
processing plants, temperature control systems for automation and protection systems, regulators and controllers. It allows students to explore, take samples and analyze data, characterize plants, apply different types of controls such as
on/off, proportional and PID; facilitating a meaningful and complete approach to industrial process control.
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It allows students to study the input and output elements for the operation of an electronic system, in an innovative and contextualized way in real-life industrial situations. The scenarios available include: lines of production and packaging, metal casting furnaces, and cutting machines. They all use the necessary instruments such as power supplies, multimeters, motors, thermocouples, and transducers, among others.
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It offers a complete laboratory with all the equipment and supplies necessary to carry out in vitro cultures and genetic improvement of plants. In these laboratories, students can carry out procedures for the preparation of Murashige and Skoog (MS) media, seeding and incubation of explants and comparisons between several treatments for explant growth, bacterial transformation and plant transgenesis in modern laboratory environments.
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It recreates scenarios for the study of motor control and the analysis of electrical circuits. Students will learn about the characteristics and operation of induction motors. They will also analyze circuits by meshes and nodes; and perform circuit simplification using Thevenin and Norton.
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It introduces students to the extensive world of programming. It allows the interaction with projects using a block-structured language that includes sensors and actuators. It also allows the implementation of home automation projects and bank queue management system, recreating, real scenarios such as programming electronics at laboratories, a home automation system and an office with an electronic queue management system.
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It allows the study of the basics of electronics in an innovative, safe and dynamic way. It includes logic gates, Boolean algebra, combinational systems and sequential logic. It also recreates remarkable scenarios and situations in real contexts, where students can interact with the simulators and learning units.
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