Teaching
Engineering education grounded in evidence, experimentation and critical judgement
More than ten years of university teaching across telecommunications, aerospace, robotics, acoustics, multimedia and digital technologies at undergraduate, double-degree and master’s level.
My teaching connects fundamental theory with real engineering decisions, experimental evidence and the critical assessment of technology.
I have taught across a wide range of programmes at the Universitat Politècnica de València and the University of Alicante, working with students in telecommunications, aerospace engineering, robotics, acoustics, audiovisual systems and digital media.
This experience has allowed me to teach the same underlying physical and mathematical principles to students with very different technical backgrounds, professional goals and ways of approaching complex problems.
Current teaching
Academic year 2026–2027Bachelor’s Degree in Digital Technologies and Multimedia
Beginning in the 2026–2027 academic year, I teach in the Bachelor’s Degree in Digital Technologies and Multimedia at the Vera Campus of the Universitat Politècnica de València.
The programme combines computing, communication technologies, audiovisual systems, digital content and the critical understanding of contemporary technological environments.
Degree programmes
Selected teaching experienceDigital Technologies and Multimedia
Digital society, audiovisual signals, multimedia systems and the critical analysis of digital technologies.
UPV · Vera CampusTelecommunication Technologies and Services Engineering
Antennas, radio propagation, signal processing and communication technologies.
UPVBusiness Administration and Telecommunication Technologies and Services Engineering
Technical education within a programme combining engineering, management and business decision-making.
UPVAudiovisual Communication and Telecommunication Systems, Sound and Image Engineering
Audiovisual technologies, signal systems and the engineering of sound and image.
UPVAerospace Engineering
Electromagnetic systems, navigation technologies and communication systems for aerospace applications.
UPVSound and Image Engineering in Telecommunications
Signals, systems, telecommunications and audiovisual engineering.
University of AlicanteRobotics Engineering
Signals, communication technologies and engineering foundations for robotic systems.
University of AlicanteTelecommunication Engineering
Advanced antenna engineering, radio-frequency systems and communication technologies.
UPV and University of AlicanteAcoustic Engineering
Wave phenomena, acoustics, signal analysis and engineering applications.
UPVDigital Postproduction
Digital signals, audiovisual technologies and technical foundations for professional media production.
UPVWaves, Acoustics, Vibrations, Engineering and Sound
International teaching in wave physics, acoustics and advanced engineering.
UPV · Coimbra · MarseilleTeaching approach
Theory · Evidence · JudgementFundamental understanding
Students must understand the physical meaning of equations and models before applying them mechanically.
Evidence and experimentation
Theory is connected with simulations, measurements, prototypes and the interpretation of imperfect real-world results.
Critical technological judgement
Students learn to test assumptions, identify unsupported claims and distinguish plausible answers from reliable evidence.
Academic career
Universitat Politècnica de València
Teaching engineers to think beyond the correct formula
My objective is to help students combine technical competence with intellectual independence. A strong engineer must be able to calculate, design and implement, but also to question assumptions, interpret evidence and understand the consequences of technological decisions.