The procedure for selecting the FMT will be described below. It must be pointed out that only two proposals by university professor will be allowed, apart from those that the professors fill in the name of a company. All proposals must be added to the form by a professor of a partner institution that will be the co-advisor of the FMT.
The process for making the FMT selections is described in the following paragraphs:
Project: Implementation and Evaluation of Deadbeat- Direct Torque and Flux Control (DB-DTFC) for synchronous machines in automotive traction applications
Company: Audi AG, R&D Power Electronics, Ingolstadt, Germany
Advisor: Michael Saur
Project: Railway infrastructure simulation software test and validation
Company: CAF Turnkey and Engineering
Advisor: Urtzi Armendariz/Pablo Arboleya
Project: Modular Power Converters for Energy Storage System Integration
Company: Cegasa Portable Energy
Advisor: Igor Cantero/Pablo García
Project: Detailed models of terminal distribution networks with embedded renewable generation and energy storage using OpenDSS
Company: EDP
Advisor: Lucía Suarez/Pablo Arboleya
Project: Impact of distributed energy and energy storage systems on monitoring systems for distribution grids using smartmeters
Company: EDP
Advisor: Jose Lorenzo/Pablo García
Project: Development of encoderless algorithms for electric squirrel cage machines
Company: Gamesa Electric
Advisor: Andrés Agudo
Project: Modelling of Double-Fed Generators during Transients
Company: Gamesa Electric
Advisor: Mireia Barenys
Project: Communications architecture design for large photovoltaic plants
Company: Gamesa Electric
Advisor: Andrés Agudo
Project: Cost-oriented design of converters
Company: Ikerlan
Advisor: Luis Mir
Project: Online estimation of converter losses by using an FPGA
Company: Ikerlan
Advisor: Luis Mir
Project: 2F Filter Elimination for Railway application
Company: Ingeteam
Advisor: Iker Muniategui Aspiazu/Pablo García
Project: Design, verification and early validation of electronic circuits applied to traction
Company: Ingeteam
Advisor: Alejandro Saavedra Miner/Pablo García
Project: Doubly Fed Induction Generator Model Motor Design Ltd.
Company: Motor Design Ltd.
Advisor: Dave Staton / Giulio De Donato
Project: Irreversible Demagnetization effect over BPM performance
Company: Motor Design Ltd.
Advisor: Dave Staton / Giulio De Donato
Project: Library of Non-linear Model of Multi-Phase Induction Motors for Vector Control
Company: Motor Design Ltd.
Advisor: Dave Staton / Giulio De Donato
Project: Mechanical Stress Analysis in High Speed E-Motors
Company: Motor Design Ltd.
Advisor: Dave Staton, Giulio De Donato
Project: DC-DC converters in heterogeneous DC grids
Company: Supergrid
Advisor: Nathan Evans/Arthur Willians
Project: HVDC grids modelling and simulation
Company: Supergrid
Advisor: Nathan Evans/Arthur Willians
Project: Innovative power converters for railway substations
Company: Supergrid
Advisor: Nathan Evans /Arthur Willians
Project: New compensation schemes for offshore windfarm transmissions
Company: Supergrid
Advisor: Nathan Evans /Arthur Willians
Project: Development of a Hybrid Electric Platform for Agricultural Machinery
Company: SVMAC INGENIERIA SISTEMAS Y VEHÍCULOS
Advisor: Jorge Villarica/Pablo García
Project: Application of Adaptive-Predictive Algorithms to HTF Flow Control in a Solar Thermal Power Plant
Company: TSK
Advisor: Rogelio Peón
Project: Design and Evaluation of Bidirectional Converter for Hybrid Storage Applications in EVs based on WBG Switching Devices.
Institution: University of Oviedo / University of Rome
Advisor: Jorge García / Fabio Giulii Capponi
Project: Study of the Influence of Regenerative Breaking on an Electric Vehicle Powertrain using Hardware-In-the-Loop Emulation
Institution: Polytechnic Institute of Coimbra (IPC-ISEC) / University of Lille
Advisor: Paulo Pereirinha / Alain Bouscayrol
Project: Analysis and Experimental Evaluation of Synchronous Reluctance Motors
Institution:University of Nottingham
Advisor: Tom Cox
Project: Design and Analysis of Surface Mounted PM Generator for Renewable Power Generation
Institution:University of Nottingham
Advisor: Gaurang Vakil
Project: Design and Analysis of Switched Reluctance Machine for Traction in an Hybrid Automotive Institution: Applications University of Nottingham
Advisor: Gaurang Vakil
Project: Determining Core Losses in Electromagnetic Components (Electrical Machines) under Actual Operating Conditions
Institution:University of Nottingham
Advisor: Gaurang Vakil
Project: Telemetry for Electric Motorbike
Institution:University of Nottingham
Advisor: Pat Wheeler
Project: Validation and control implementation of a small scale UAV launcher
Institution: University of Nottingham
Advisor: Tom Cox
Project: Magnetic Characterization of Synchronous Reluctance Machines: Finite Element Simulations and Experimental Measurements
Institution: University of Nottingham
Advisor: Michele Degano
Project: Switched Reluctance and Synchronous Reluctance Machines Performance Comparison for Transport Applications
Institution: University of Nottingham
Advisor: Michele Degano
Project: Analysis, Design and Control of Differential Power Converters Strategies for residential PV with Energy Storage
Institution: University of Oviedo
Advisor: Pablo Garcia
Project: Development and testing of power topologies and control alternatives for a chainless bike
Institution: University of Oviedo
Advisor: Pablo Garcia
Project: Permanent Magnet Synchronous Machine Drive Control Using Analog Hall-Effect Sensors
University of Oviedo
Advisor: David Díaz Reigosa
Project: Permanent magnet synchronous machine rotor vibration measurement system
Institution: University of Oviedo
Advisor: David Díaz Reigosa
Project: Power topology for fast wireless electric vehicle charging.
Institution: University of Oviedo
Advisor: Alberto Martín Pernía
Project: Densiometer based on EMAT
Institution: University of Oviedo
Advisor: Alberto Martín Pernía
Project: Study of Multiport DC-DC Power Converter for Multiple Voltage Sources Interface.
Institution: University of Oviedo
Advisor: Jorge García
Project: Using the IEC 61850-90-7 standard for coordinating multiple converter based devices in a microgrid enviroment.
Institution: University of Oviedo
Advisor: Pablo Arboleya
Project: Control strategies and functionalities optimization of modular Solid State Transformers in medium voltage grids and microgrids
Institution: University of Oviedo
Advisor: Fernando Briz
Project: Control and modulation strategies for AC drives fed from two and three-level inverters in the high speed region
Institution: University of Oviedo
Advisor: Fernando Briz
Project: Control of a self-excited synchronous reluctance machine for micro-wind turbine applications.
Institution: University of Oviedo
Advisor: Juan Manuel Guerrero Muñoz
Project: Temperature estimation in micro-wind turbine permanent magnet synchronous generators
Institution: University of Oviedo
Advisor: Juan Manuel Guerrero Muñoz
Project: Control of six-phase Fractional-Slot Permanent Magnet Synchronous Machine (FS-PMSM) under fault conditions
Institution: University of Oviedo
Advisor: Daniel Fernandez
Project: Design of a dual active bridge (DAB) for battery management system (BMS) applications
Institution: University of Oviedo
Advisor: Daniel Fernandez
Project: Design of a 3-phase GaN based inverter
Institution: University of Rome (La Sapienza)
Advisor: Giulio De Donato
Project: Design of a six-phase inverter for Reluctance brushless dc machine
Institution: University of Rome (La Sapienza)
Advisor: Giulio De Donato
Project: Control of a dual rotor PM machine for very high CPSR
Institution: University of Rome (La Sapienza)
Advisor: Fabio Giulii Capponi
Project: Design and construction of a modular multilevel converter for small-scale demonstration of HVDC connection between Sardinia and Italy
Institution: University of Rome (La Sapienza)
Advisor: Fabio Giulii Capponi
In order to facilitate access to students who were not able to process their applications in the first phase of the selection process for the Erasmus Mundus Joint Master Degree (EMJMD), The University of Oviedo has announced a new admission period aimed at 8 self-financing students