Investigation, simulation, and prototyping of models for the design of antennas for micro and millimeter-wave applications; Investigating, analyzing, designing, and prototyping phased array antennas for micro and millimeter-wave applications; Investigating using different additive manufacturing techniques for antenna prototyping; Investigating efficient artificial intelligence (AI)-based solutions to tackle the main challenges in phase arrays design for millimeter-wave applications; Disseminating results through scientific publications and conferences
Requirements:
A Ph.D. in Telecommunication Engineering or Electrical Engineering focused on antenna design and their implementation using additive manufacturing techniques. The topic of antennas and metasurface design for satellite systems is desired but not mandatory; International postdoc experience is desirable
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Research Associate (Postdoc) in Antenna Design and Prototyping Using Additive Manufacturing Investigation, simulation, and prototyping of models for the design of antennas for micro and millimeter-wave applications; Investigating, analyzing, designing, and prototyping phased array antennas for micro and millimeter-wave applications; Investigating using different additive manufacturing techniques for antenna prototyping; Investigating efficient artificial intelligence (AI)-based solutions to tackle the main challenges in phase arrays design for millimeter-wave applications; Disseminating results through scientific publications and conferences A Ph.D. in Telecommunication Engineering or Electrical Engineering focused on antenna design and their implementation using additive manufacturing techniques. The topic of antennas and metasurface design for satellite systems is desired but not mandatory; International postdoc experience is desirable
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