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Department of Electronic Engineering (UPM)
Master in Electronic Systems Engineering (MUISE)

TFM offer

Master's Thesis topics 2025-2026 The attached document presents the offers of Master's Thesis topics for the 2025-26 academic year by professors and research groups of the Department of Electronic Engineering.

Titles of topics offered

  • Prototyping and evaluation of spiking neural networks on neuromorphic platforms
  • Development of reinforcement learning algorithm systems for drone guidance
  • Development of reinforcement learning algorithm systems to play chess
  • Brain-computer interfaces
  • Modeling of human behavior through the processing of signals obtained through motion sensors
  • Metamaterials for invisibility
  • Training of a neural network applied to satellite images
  • Design and characterization of surface acoustic wave resonators in the GHz range
  • Development and validation of chiplet interconnection
  • Modeling of Persuasion Strategies in Advertisements Using Multimodal Language Models (MM-LLMs)
  • Predicting Recall of Multimedia Content Using Brain Signals
  • Design and Implementation of Emotional Recognition Techniques through Body Movement Modeling
  • Design and Implementation of Sign Language Recognition Techniques through Multimodal Movement Modeling
  • Application of MLLMs for the Prediction of Biometric Responses in Audiovisual Neuromarketing
  • Implementation of an Agent-Based Chatbot for Brand and Corporate Identity Management
  • Implementation of a Distributed System for Recognition of Physical Activities with Inertial Sensors
  • Design and Implementation of Didactic Content for Artificial Intelligence subjects
  • Fast Vocabulary Adaptation for ASR
  • Multicultural Personalization for Social Robots
  • Multimodal Attention Understanding
  • Artistic Painting Animations – Bringing Art to Life with AI
  • Remembering Art – Can VLLMs Recreate Masterpieces?
  • Design and implementation of a Software Interrupt controller for RISC-V
  • Design and development of FPGA test system with high bandwidth
  • Design and development of a test bench for embedded system with RTOS
  • Modeling of 2D Charge-Density-Wave Materials probed with Surface Acoustic Wave Devices
  • Study and implementation of a pipeline for structural connectomics in premature infants at risk of autism