PhD in telecommunications, preferably with experience in these fields: large system analysis of wireless communication systems, cooperative transmission, distributed spatial diversity architectures and signal processing for communications.

PhD in telecommunications, electrical engineering, computer science, or related fields, with experience in cognitive wireless networking, cross-layer optimization, and techniques such as Artificial Intelligence and/or Game Theory applied to the optimization of the operation of heterogeneous wireless networks.

PhD in telecommunications, preferably with experience in these fields: energy-constrained systems, wireless sensor networks, distributed systems and distributed signal processing, information theory and cross-layer designs.

The candidate must have knowledge and experience in the development of networked systems in C and C++, with emphasis in VoIP applications, development of software in GNU/Linux environments, knowledge of GNU/Linux system administration development tools.

The candidate must have a solid background in design and development of advanced antennas for microwave applications, hands-on experience in antenna characterization in anechoic chamber, measurement methods and fabrication.

A software engineer / developer, with experience in networked systems development in C and C++ languages. Knowledge of software development in POSIX, GNU/Linux environments is a must, including IPC mechanisms (BSD sockets, shared memory…) and POSIX threads. The applicant must have a good theoretical knowledge of networking in general, and TCP/IP protocols in particular (including routing and signalling protocols), as well as experience in client/server applications or network control & management frameworks. Knowledge of perl, GTK/QT GUI, C GLIB or C++ Boost libraries, as well as previous experience working with or developing protocol stacks (e.g. Zebra, Quagga, XORP, NS2…), is highly appreciated

Rapid prototyping and concept demonstration of wireless communication technologies. Experience in model based design and software implementation of radio interfaces at the PHY/MAC level for a variety of radio signal waveforms, such as, e.g., WiMAX, LTE and Wireless Sensor Networks. Demonstrated proficiency in wireless systems programming (C/C++) and scripting (Python), and working knowledge of object-oriented design methodologies. Experience in embedded development is a plus.

The candidate must hold a PhD degree in Telecommunications or Electrical Engineering, with emphasis in optical signal processing for optical communication systems.