Introduction
Objectives
The Degree in Audiovisual Engineering offers a solid base of knowledge which allows participating and leading projects related with Information and Communication Technologies (ICT). The syllabus combines scientific and technical knowledge so that students innovate and develop new technological solutions by learning management skills, communication, leadership abilities, team work, innovation and companies’ creation. Some courses are taught in English so that the students can have a good English level.
Regarding to the scientific-technical knowledge, it’s important to differentiate the common transversal contents and other specialties (mathematics, electronics, and technology and signals procedure) with the ones that specifically belong to the degree, for example, acoustics that stands out in its different aspects (enclosures, vibrations, sound and speech), digital TV (from recording to transmission, also going through display) and general multimedia and audiovisual contents.
Access Requirements
You can gain admittance to this Bachelor’s Degree:
If you fulfill any of these requirements you can start the Admission Process of any of the courses at La Salle.
Students completing all the credits will receive the Degree in Audiovisual Engineering from Ramon Llull University.
Analog Electronics (8 Credits - Annual)
Statistics and mathematical analysis (8 Credits - Annual)
Fundamentals of acoustics and audio (6 Credits - Annual)
Audiovisual Language (5 Credits - Annual)
Audiovisual production (4 Credits - Annual)
Signals and transmission systems (6 Credits - Annual)
Analog Electronics (8 Credits - Annual)
Statistics and mathematical analysis (8 Credits - Annual)
Fundamentals of acoustics and audio (6 Credits - Annual)
Audiovisual Language (5 Credits - Annual)
Audiovisual production (4 Credits - Annual)
Signals and transmission systems (6 Credits - Annual)
3D Modeling and Animation I (5 Credits - Annual)
Object Oriented Programming and design (6 Credits - Annual)
Digital systems and microprocessors (9 Credits - Annual)
Acoustics engineering. Theory and Lab I (6 Credits - Annual)
Local Area Networks (6 Credits - Annual)
Digital Signal Processing (4 Credits - Semiannual)
Project Management (3 Credits - Semiannual)
3D Modeling and Animation I (5 Credits - Annual)
Object Oriented Programming and design (6 Credits - Annual)
Digital systems and microprocessors (9 Credits - Annual)
Acoustics engineering. Theory and Lab I (6 Credits - Annual)
Local Area Networks (6 Credits - Annual)
Video equipment (3 Credits - Semiannual)
External training (4 Credits - Annual)
Acoustics engineering. Theory and Lab II (6 Credits - Annual)
Room acoustics (4 Credits - Semiannual)
Video recording (2 Credits - Semiannual)
Entrepreneurship and innovation (3 Credits - Semiannual)
Fundamentals of TV transmission (2 Credits - Semiannual)
Interconnection of Data Networks (4 Credits - Semiannual)
Active markets and services in Telecommunications (1 Credits - Semiannual)
Networking Laboratory (6 Credits)
Networking and IT Security (4 Credits)
Knowledge Based Systems (4 Credits)
Configurable electronic devices (3 Credits)
Advanced Operating systems (4 Credits)
Radio Frequency Technologies (5 Credits)
Peripheral equipments (4 Credits)
New Generation Broadband Networks (3 Credits)
Multimedia production I (4 Credits)
Advanced Programming and data structure (8 Credits)
Programming Projects (6 Credits)
Computer Network technology (6 Credits)
System Design and Administration (6 Credits)
Advanced in Statistics for research (0 Credits)
Advanced in Research statement (0 Credits)
Advanced in IT Quality and Processes Management (0 Credits)
Department collaboration IX (16 Credits)
Advanced in IT Service Management (0 Credits)
Advanced in Innovation Management (0 Credits)
Advanced in Technological Project Economics and Finances (0 Credits)
Advanced in R&D Management and Valuation (0 Credits)
Advanced in IT Service Implantation and Consultancy (0 Credits)
Advanced in Research Methodology (0 Credits)
Advanced in Qualitative Research Methods (0 Credits)
Advanced in State of the art review (0 Credits)
Advanced in Professional Seminar I (0 Credits)
Advanced in Professional Seminar III (0 Credits)
Department collaboration VII (8 Credits)
Advanced in Research Seminar I (0 Credits)
Advanced in Information Systems (0 Credits)
3D Modeling and Animation II (4 Credits)
Computer Architecture (5 Credits)
Automatics and domotics (6 Credits)
Department collaboration I (4 Credits)
Department collaboration V (4 Credits)
Electromagnetic Compatibility (3 Credits)
Department collaboration VIII (16 Credits)
Communications for hostile channels (3 Credits)
Optical communications (4 Credits)
Audiovisual Dramaturgy (3 Credits)
Marketing management (4 Credits)
Network Management and Planification (2 Credits)
Computer Graphics I (5 Credits)
Computer Graphics II (5 Credits)
Electrical and Telecommunication Infrastructure (4 Credits)
Design and usability II (5 Credits)
Software Methodology (4 Credits)
International business (5 Credits)
Multimedia production II (6 Credits)
Client/Server Projects (8 Credits)
Distributed Architecture Projects (4 Credits)
External training II (4 Credits)
External training III (4 Credits)
Operations and Channel Management (7 Credits)
Information systems (4 Credits)
3D Modeling and Animation II (2 Credits)
Advanced in Design & Marketing of ITproducts and services (0 Credits)
Advanced in Innovation Economy (0 Credits)
Advanced in Entrepreneurship of IT products and services (0 Credits)
Advanced in Business Strategy (0 Credits)
Advanced in IT Strategy (0 Credits)
Advanced in Project Management (0 Credits)
Advanced in R&D Management (0 Credits)
Advanced in IT Market and regulation (0 Credits)
Advanced in Data analysis methods (0 Credits)
Advanced in Professional Seminar II (0 Credits)
Advanced in Professional Seminar IV (0 Credits)
Advanced in Research Seminar II (0 Credits)
Advanced in Theories on Innovation and Business Organization (0 Credits)
Advances in Computer Engineering (3 Credits)
Microwave circuits (4 Credits)
Telecommunications laboratory (4 Credits)
Department collaboration II (4 Credits)
Department collaboration III (4 Credits)
Department collaboration IV (4 Credits)
Department collaboration VI (4 Credits)
Digital telecommunications (4 Credits)
Control and robotics (5 Credits)
New products development (4 Credits)
Leading Teams and Organizations (4 Credits)
Project Management (6 Credits)
Electronic Measurements Laboratory (6 Credits)
Business strategic (3 Credits)
Digital photography (3 Credits)
Audiovisual history (2 Credits)
Programming Languages (6 Credits)
Methods of Decision Analysis (4 Credits)
This degree prepares engineers with a broad training of all the areas related to acoustics and image. The main areas of knowledge are: digital video and television, design, maintenance and exploitation of audiovisual facilities, research and development of new audiovisual products. Also environmental acoustics, rooms acoustics, control of noise and vibrations, electroacoustics, digital audio and sound recording.
Graduates in Audiovisual Engineering are very versatile professionals. For this reason, these profiles are demanded in multiple business areas.

Because we are pioneers. We were the first School to offer the degree in Image and Sound Engineering (predecessor of Audiovisual Engineering) more than 25 years ago.

Because we have unique laboratories. We are the only university with an anechoic chamber, acoustic and simultaneously radiofrequency semianechoic, and with one of the greatest reverberating chambers in Catalonia. We also have the MediaLab, a unique laboratory in South Europe in the area of MotionCapture technology.

Because we have the first Digital TV Center in Europe, with more than 10 years of experience, created with the support of the public administration and international companies who we work with in research and development projects.

For our practical and real perspective. Students participate in transfer or research projects with leading companies in the field and with state of the art technology. Students carry out practical sessions with students from other degrees, allowing them to acquire interdisciplinary knowledge and skills that are very appreciated in the business world.

100% of our students enter the business world before finishing their studies.

You will be able to develop the robotic platform “LS Maker” that will be delivered at the beginning of the academic course to all the students in the first year of every Bachelor’s degree in Engineering.
Iriondo Sanz, Ignasi
Abella Fuentes, Jaume
Albó Canals, Jordi
Alsina Claret, Maria
Alsina Pagès, Rosa Maria
Alías Pujol, Francesc
Anguera Pros, Jaume
Antonijoan Tresens, Marc
Aquilué de Pedro, Ricardo
Aragón Castro, Germán
Arguedas Rodríguez, Daniel
Arnal Villalba, Ivan
Artís Gabarró, Pere
Badia Corrons, Anna
Badia Folguera, David
Balladares Fuentes, Ana Gabriela
Barrabeig Dols, Miquel Àngel
Bernadó Mansilla, Ester
Blanch Colino, Ferran
Blaya Piera, Joan Ramon
Blázquez García, Ignacio
Calvo Gómez, Míriam
Campmany Llorens, Marc
Camps Dausà, Joan
Canaleta Llampallas, Xavier
Cantos Gaceo, Sergio
Cardoso Abad, Ferran
Casas Sagarra, Vicenç
Climent Ferrer, August
Collado Vázquez, Susana
Colomer Morera, Arnau
Corral Torruella, Guiomar
Cubeles Màrquez, Albert
Dalmau Royo, Jordi
Domenech Ponsi, Jose
Duran Castells, Jaume
Fernàndez Ubiergo, Gabriel
Fornells Herrera, Albert
Fox -, Paul
Fraile Algeciras, Enric
Garcia Pañella, Oscar
Garriga Berga, Carles
Graells Castellà, Simó
Guasch Fortuny, Oriol
Gurses -, Kerem
Güell Mirabet, Jaume
Huib Marien, Menno
Ilipinar -, Gursel
Iriondo Sanz, Ignasi
Jensen *, Heidi Tscherning
Kennett -, Christopher
Kinnear -, Lisa
Labrador Ruiz de la Hermosa, Emiliano Justo
Lin *, Juan
Luengo Alvarez, Sònia
Margalef Marrugat, Jordi
Martí Roca, Josep
Martín de Pozuelo Genís, Ramon
Miralles Esteban, David
Miralles Torner, Francesc
Montero Morales, José Antonio
Morales Molina, Gonzalo
Navarro Martín, Joan
Pallejà Masip, Inmaculada
Paunova -, Minna
Perez Jimenez, Antonio
Petchamé Sabartés, Josep
Piferrer Rodríguez, Just
Pijoan Vidal, Joan Lluís
Pinyol Margalef, Francesc
Prior Sastre, Albert
Pérez Rodríguez, Juan
Ramírez Martín, Miguel
Regué Morreres, Joan Ramon
Ribas Vilalta, Josep
Ribes Bonet, Josep Maria
Rio Doval, Josep Maria
Roselló Canal, Maria del Mar
Rovira Vall, Marc
Rudó Mauné, Rosa
Sans Copé, Olga
Selga Jorba, Josep Maria
Senmartí Senmartí, Xavier
Sevillano Domínguez, Xavier
Socoró Carrié, Joan Claudi
Solé Beteta, Xavier
Sánchez Delgado, Albert-Miquel
Sánchez Rodríguez, Julia
Teixidó Navarro, Francesc
Ubach Torras, Ignasi
Ubasart Oller, Ramon
Vallejo Blanxart, Àlex
Vernet Bellet, David
Vilasís Cardona, Xavier
Vilella Parra, Carles
Villa Fernández, Guillem
Villagrasa Falip, Sergi
Villegas Portero, Eva
Zaballos Diego, Agustín
de Diego Rodríguez, Javier
What do you have to do to study in La Salle?
Download the Admission Process information for UNDERGRADUATE PROGRAMMES
The admission process begins on December 3, 2012 and remains open until the program is full. It is recommended that you to start the admission process before finishing your pre-university studies submitting the required documents at the moment of application.
1. Fill in the el online admission form.
2. Submit the documents requested for the programme you want to study.
3. Follow the specific admission process for each programme:
Funds & Grants