Argomenti per tesi
Ascolta
Di seguito, si elencano le principali linee di ricerca sviluppate dai docenti afferenti al Corso di Laurea per possibili argomenti di tesi.
Si fa presente che, ove non indicato espressamente, gli argomenti si riferiscono a proposte di tesi di Laurea magistrale.
pagina in aggiornamento
| Croce Daniele | Design of a Battery-Free LoRaWAN Water Flow Sensor Powered by Micro-Turbine Energy Harvesting | |
| Croce Daniele | Battery-Free Wireless Sensor Node with Long-Range Frequency Hopping Spread Spectrum (LR-FHSS) | |
| Croce Daniele | LoRa-satellite sensor nodes for developing Non-Terrestrial Network (NTN) solutions for environmental monitoring | |
| Croce Daniele | Enabling Semantic Interoperability in IoT Applications with LLMs from Datasheet to Code | |
| Cusumano Pasquale | Set-up sperimentale e ottimizzazione di una mini fresa CNC per la realizzazione di PCB | Dal file CAD allla realizzazione del PCB tenendo conto degli aspetti software e hardware della mini fresa CNC con l'obiettivo di ottimizzare il risultato finale dei PCB prodotti |
| Cusumano Pasquale | HEMTs in nitruro di gallio (GaN) su silicio per applicazioni in commutazione: standard normativi e metodi per la valutazione dell’affidabilità | |
| Cusumano Pasquale | Sistema per la disinfezione di superfici basato su sorgenti di luce UV | |
| Cusumano Pasquale | Sistema di trasmissione digitale in fibra ottica di plastica | |
| Fagiolini Adriano | Soft Robotics | Robust Control and Estimation of Soft Robots, Collaboration with TU Delft. |
| Fagiolini Adriano | Collaborative Robotics | Safe Human-Robot Interaction with Co-bots, Collaboration with Italian Center of Competence ARTES4.0 |
| Fagiolini Adriano | Self-driving Vehicles | Nonlinear Control and Hardware Implementation of Self-driving Vehicles for Platoon Coordination, Collaboration with UNI of Trento |
| Fagiolini Adriano | AI and Robotics | AI-based Control of Robots, collaboration with Michigan State University |
| Livreri Patrizia | Josephson Traveling Wave Parametric Amplifier: Design, fabrication, and characterization for Quantum computing applications. | Josephson Traveling-Wave Parametric Amplifiers are emerging as a key enabling device for quantum microwave technologies. Their unique nonlinear properties, broadband gain, and low-noise performance make them critical for applications ranging from superconducting qubit readout to microwave quantum sensing.This thesis will focus on the device-level aspects of JTWPA technology, including design, materials, fabrication techniques, modeling, characterization, and integration strategies.Collaborazioni con Istituto Nazionale di Ricerca Metrologica -INRiM, Torino e con enti di ricerca ed aziende leader in Norvegia, in Francia e negli USA, presso i quali potrebbe svolgersi un periodo di tesi. |
| Livreri Patrizia | Sensors Based on Plasmonic Nanoantennas for the Study of Molecular Markers Associated with Autism and Neurodivergence. | This thesis aims to design, simulate, and characterise plasmonic nanoantenna-based sensors for highly sensitive detection of molecular markers associated with autism and neurodivergence. The work investigates optical responses, surface functionalization strategies, and biosensing performance to advance non-invasive analytical tools for neurobiological research. Collaborazione con CNR, con NYU, con Korea University. |
| Mangione Stefano | Underwater Acoustic Communications | Research and development of robust adaptive communication systems for the coastal underwater scenario. |
| Mangione Stefano | Real-time passive monitoring of 5G signals | Research and development of high-performance methods for passive monitoring of 5G signals. |
| Mangione Stefano | Multiuser receivers for satellite LoRa gateways | Research and development of methods for signal parameter estimation and signal tracking for multiuser receivers for LoRa gateways, specifically for the direct-to-satellite scenario |
| Mosca Mauro | Carbon-dot-based LEDs | Possible collaborations |
| Mosca Mauro | Transparent contacts for UV-LEDs | Possible collaborations |
| Mosca Mauro | Progettazione di LED per l'illuminazione museale | Design of an LED with a peak-free spectrum, optimized for lighting works of art. The LED must be designed for museum lighting with reduced energy density on the artwork, maintaining standard visual perception: Internship opportunity at the Gallery of Modern Art in Palermo. |
| Tognazzi Andrea | Multiphysics design of integrated Electro-Optical Modulators |
Numerical modeling of electro-optical modulators for integrated optical circuits. The design will address modulation capability of traditional platforms, such as LiNbO3, or novel platforms, such as transition metal dichalcogenides. The multiphysics approach aims to study the robustness of the modulator and generate a foundry ready design. |
Ultimo aggiornamento: 02/12/2025