EUSS is located in an old building in some of its parts, completely renovated in 2002 to house the engineering studies. Our hallmark: we have more laboratories than classrooms.
Our facilities are undoubtedly one of our strong points.
The building in which we are located is centenary in some of its parts, but the remodeling carried out during the 2001-2002 academic year has transformed it into a modern building, equipped with air conditioning, voice and data networks, and ample space for laboratories, classrooms and offices for both teaching staff and administration and services.
We have 11 laboratories for teaching, for the development of final projects and research, 7 classrooms and 2 specific spaces for meetings and courses for companies. In addition to the usual services of Publications, Library, study rooms, Orientation and Professional Insertion Service, Academic Management, etc.
The laboratories, as you can see by visiting them personally, are equipped with the best technical equipment necessary for the subjects taught. Work placements are carried out either individually or in groups of two students.
The classrooms are equipped with the necessary multimedia elements so that the teaching staff can teach in the way they consider most appropriate.
All this, around an arcaded courtyard symbolizing the balance between humanism and technique that the EUSS wants to transmit to its future engineers and future engineers.
From here, you can take a virtual tour of the EUSS to see our laboratories.
You can also consult the plans of our building as well as the basic rules of the evacuation plan of the building.
Programmes (Windows)
Matlab R2010a. |
Labview 2014 |
LibreOffice 5.1 |
OrCAD 16.0 |
MS Office 2016 |
Arduino 1.0.5 |
Cadence 16.5 |
Altera Quartus II 7.2 |
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Programes (Linux)
Geany. |
GCC |
Doxygen |
Mozilla |
Salite 3 |
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Firefox |
SVN |
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The Industrial Computing Laboratory is dedicated to the study of microprocessor-based systems in embedded applications. Firstly, microcontroller-based systems are dealt with using a didactic model specifically developed for this purpose and, secondly, higher performance systems that incorporate an operating system, in our case Linux, are studied.
In this laboratory, the first-year student learns to write programs in high-level languages. Specifically, Pascal, C/C++ and Visual Basic.
Free access is also left free for a few hours a week so that the student can surf the internet to look for information related to the degree, check their email, etc.
Subjects:
Windows 10 64bits LibreOffice Navegadors Utilitats d’Internet Thonny Eplan Working model 2D VM Virtual Box Office 365 SQL server express |
Freemind yEd CYPE dmELECT Matlab MDSolids Solid Works Autocad MySQL |
In this laboratory, advanced automation and industrial robotics practices are carried out. The laboratory has 17 work stations where students carry out exercises that bring them closer to the industrial world of automation and robotics.
The subjects covered in the practicals include automaton programming, industrial communications (ethernet, profinet, ethercat), supervision, control and data acquisition programmes (SCADA), artificial vision, axis control and robot control and programming. The models used for the practicals are reproductions of real industrial processes and have been designed and built by the school's teaching staff and students.
Also noteworthy is the learning in the field of home automation, both at domestic and industrial level, and in the field of LV, MV and HV power line control.
Subjects:Laboratory for training technicians and operators in solar thermal installations for domestic water. The laboratory has a capacity for 15 people, is equipped with a projector and computer and can emulate the following topologies:
Centralised installation with electrical support.
Centralised installation with three types of inter-accumulators: coil, double jacket and plate heat exchanger.
Distributed installation.
General purpose equipment:Thermoelectric TU GLASS 50 litres and a thermostatic/thermostatic-mixing valve.
Equipment for 3 workstations:
Its main activity is to support all subjects that have computer applications, especially those with a graphic interface.
Therefore, in addition to solving specialised CAD software, there are also specific programmes for electronic, mechanical and fluid-thermal simulation and programming environments.
Subjects:The Electronic Technology Laboratory has 16 fully-equipped two-person workstations where students of electrical engineering and electronics are given practical training in electronics. Programmable digital circuit development programmes and printed circuits, analogue or digital simulations are available, which, together with various general or specific models and laboratory measuring devices, allow for the assimilation of theoretical content supported by practice.
Subjects:
Quartus II d’Altera |
Mozilla Firefox |
Orcad 16.0 i 16.5 |
Warp Nine |
Cadence |
Labview |
DIALux |
Disano |
dmELECT |
Matlab | Arduino |
ARMStudio |
VNC |
Audacity |
EasyEDA |
KiCad | Eagle |
The Thermal and Fluid Mechanics Laboratory has 14 computers and a large wind pipe model. This space is used by students who must carry out simulation practices or who must carry out fluid mechanics practices with the wind pipe.
Subjects:Practical exercises
The following test benches are available for data collection and subsequent study of the following topics:
The laboratory has 14 computers with software for carrying out the following simulations and applications or studies:
This laboratory is structured in 16 work stations, with two people per group for a better development of their practices.
Subjects:The laboratory is equipped with the elements of action basically consisting of: emergency shower, eye wash, fire extinguishers, fire blankets and absorbent and also the specific personal protective equipment (PPE) for the practices.
The laboratory has a computer with Internet connection via cable and projector. It also has an enclosed area for the safe and proper storage of chemical products.
The Mechanics and Materials Laboratory, located in the AT00 area, aims to cover the practical part of subjects related to mechanics and the study of the properties of materials. The mechanics and materials laboratory space consists of 5 areas:
In addition, the space has a small annexed storage area, used to reserve material for occasional use.
Subjects:
Data Processor HOYTOM | Olympus microscope image editing software | JmicroVision |
MD Solids | Laba7 | Working Model 2D CES Edupack 2019 |
Solidworks 2022 | Autocad 2022 | OpenOffice |
Altair Hyperworks AcuSolve |
3D Printing Section:
The 3D printing section is part of the mechanics and materials laboratory and contains the following equipment:
Also included as part of the mechanics and materials laboratory is the automotive simulation room which includes the following equipment:
The automotive and manufacturing laboratory offers a working space for both the practical part of various subjects and for student projects, and consists of 4 areas:
SinuTrain with ShopMill and ShopTurn | MasterCam |
Arduino | Altair HyperWorks |
Matlab | SolidWorks |
MS Office |
In addition to a large number of laboratories, the EUSS also has classrooms and different spaces for teaching such as the meeting room or the serenity space. The first one is a meeting room where the faculty and staff cloisters usually take place and it is also used for exhibitions of final degree works or others. The serenity space is a classroom for the more humanistic subjects of the degree programmes. The space is decorated so that students can draw inspiration from great thinkers.
In the EUSS there are also other facilities that make it easier for students to study, work in groups if necessary or enjoy some free time with classmates. These are spaces such as the library, the study room, the CT Ingenieros workspace or the cloister, with a bar, a table football, a ping-pong table and a bicycle and scooter parking.