Trabaja con nosotros en el Departamento de Ingeniería Eléctrica y Electrónica
PhD position on “Wireless Sensors Radar Technology”
Internet of Things (IoT) is pushing research towards increasing connectivity up to unknown levels. RFID, Bluetooth and NFC are good candidates to set a network of tagged elements as they are consolidated technologies. However, the price of tagging millions of objects often makes the final application unaffordable. In this manner, the intelligence of the network sometimes can be concentrated on smart nodes, reducing the electronics in tags to virtually zero (“chipless tags”).
Plus, environment restrictions, such as high temperature, makes electronics fail in certain harsh scenarios and therefore chipless tags would exhibit a competitive advantage respect to their active counterparts. In this context, the combination of identification plus sensing functions will be studied for chipless wireless sensors based on radar technology (backscattered signals).
Several strategies have been employed for radar technology: Impulse Radio based on Ultrawideband (IR-UWB) in time domain and Frequency Modulated Continuous Wave Radar (FMCW) in frequency domain, among others. The application of these technologies in the present piece of research is moved from localization towards identification and sensing.
The present PhD will build on the following research challenges:
• System analysis for resolution study of wireless chipless sensors within current legal restriction on transmitted power for Short Range Devices (SRD).
• Designing and implementing a smart customized reader that could discriminate among different reflected signals by radar technology.
• Compare time domain pulse technology with frequency domain frequency sweep technology. Commercial test-beds could be adopted for time domain.
• Include the necessary signal processing to make the system robust to environment changes by making use of, e.g. but not restricted to, the polarization of antennas.
Department: Electronic & Electrical Engineering
Degree: Telecommunications Engineering or Industrial Electronics and Control Engineering.
Date of degree: 2015 or later
Software: Matlab, C++, CST Microwave Studio
Other: In the technical side, the candidate should have certain experience with
• Vector Network Analyzers and Spectrum Analyzers
• General Signal Processing
• Radio Frequency Electronics (ability to program off-the-self evaluation kits for PLLs, UWB modules etc)
• General propagation and backscattering problems
It would be desirable certain knowledge of VHDL.
In the performance side, the candidate is expected to select the right strategy to approach the challenge.
Offer Conditions: 1 year contract, extendable for 3 more years.
Training: The candidate will receive support in RF electronics implementation and measurements, antennas (CST), propagation and programming.
Salary: Commensurate with candidate profile and position type
Timetable: Horario invierno: entrada 8 a 9.30 (7.75 horas diarias con salida flexible).
Horario verano: Se trabaja sólo por la mañana durante julio y agosto (5 horas).
Vacation: 23 days + Christmas holiday (24 Dec–2 Jan)
Documentation: Send the following documentation by email to firstname.lastname@example.org:
Current CV with photograph
Academic Transcript, which should include grade point average